TWI739330B - System for synchronously playing integrated medical images - Google Patents

Abstract

A system for synchronously playing integrated medical images is provided. The system includes a plurality of allocating devices and a plurality of recording devices, which are applicable to a plurality of medical equipments. Each of the equipments captures a medical image. Each of the allocating devices is connected to one or more of the medical equipments and the other allocating devices. Each of the equipments is configured to allocate the medical images from the medical equipments and the other allocating devices to an electronic device. The electronic device simultaneously plays the medical images. The recording devices are connected to the allocating devices respectively. Each of the recording devices records the medical images from the allocating device.

Description

Medical image integrated and synchronized playback system

The invention relates to medical images, in particular to an integrated and synchronized playback system for medical images.

In the application of surgical teaching, clinical teaching is an important task for many hospitals, and it is responsible for the important task of training medical staff. The training method is usually on-site observation. However, due to the limitation of the size of the operating room, the number of observers will be limited. In order for the interns or residents to observe the complete process of each operation or other medical behavior performed by the attending physician to achieve a good teaching effect, each hospital urgently needs to establish a hospital clinical network teaching system.

The technical problem to be solved by the present invention is to provide an integrated and synchronized playback system for medical images in view of the shortcomings of the prior art, which includes multiple scheduling devices and multiple recording devices, and is suitable for multiple medical devices. Each medical device captures medical images. Each scheduling device is connected to one or more medical equipment and other scheduling devices, and is configured to schedule multiple medical images from the connected medical equipment and other scheduling devices to the electronic device for simultaneous live broadcast or playback. Multiple recording devices are respectively connected to multiple dispatching devices. Each recording device records the medical images obtained from the connected dispatch device.

In one embodiment, the medical device includes a specific body part used to capture the patient A medical instrument for medical images, an image capturing device for capturing medical images of medical staff performing medical actions in various departments, or a combination thereof.

In an implementation aspect, the scheduling device schedules multiple medical images of the same operation to be played synchronously on the same electronic device.

In an implementation aspect, multiple medical images are played, shared, discussed and exchanged on an application opened on an electronic device, a web platform, or a combination thereof.

In an implementation aspect, the medical image integrated synchronous playback system further includes an editing module connected to a plurality of recording devices and configured to perform editing operations on each medical image according to an editing selection request.

In an implementation aspect, editing operations include performing resizing, cropping, marking, annotation, editing, splitting, merging, screenshots, compression, removal, backup, importing, exporting, setting the owner or Any combination of operations.

In an implementation aspect, the editing module obscures or removes the private information in the played medical image according to a privacy avoidance request.

In an implementation aspect, the editing module moves a plurality of medical images to the same display screen for playback according to a drag request, and each medical image is completely or only partially displayed on the display screen.

In an implementation aspect, the editing module provides a plurality of combination modes, and according to one of the combination modes of a combination selection request, a plurality of medical images of a data selection request are arranged and combined to be played synchronously on the same display screen.

In an implementation aspect, a display screen has a plurality of data playback areas, and a plurality of medical images requested by a data selection are respectively placed. According to a drag request, the editing module moves the medical image outside the data playback area to the data playback area to replace the original medical image in the data playback area.

In an implementation aspect, the medical image integrated synchronous playback system further includes a rights management module connected to multiple recording devices. The authorization management module is configured to set the login information entered by the user It is expected to compare with the pre-stored authority database, determine the user's authority to use each medical image, and allow the user to perform authorized operations.

In an implementation aspect, a recording device collects a sound generated by a medical staff during a medical action, and plays the sound synchronously when the electronic device plays the medical image.

As described above, the present invention provides an integrated and synchronized playback system for medical images, which can dispatch multiple medical images (which may be unedited original images or edited medical edited data) of medical equipment in multiple departments to an electronic device. These medical images can include images captured by medical staff in the process of performing medical actions and images of patient body parts. These images can be arranged in a specific combination in the same way as the player, application or web platform opened by the electronic device. Synchronous playback on the display screen. In this way, medical staff performing medical actions can provide demonstration teaching to other medical staff watching live or playback of medical images, or medical staff watching live medical images can instantly guide medical staff undergoing medical actions through the communication system.

Furthermore, the system of the present invention can be widely used in many hospitals around the world. Medical staff in many hospitals can open online meetings through the application, share and exchange medical images and other related information, so as to pass on medical skills to every part of the world. Corner, to solve human diseases together.

In order to further understand the features and technical content of the present invention, please refer to the following detailed description and drawings about the present invention. However, the provided drawings are only for reference and description, and are not used to limit the present invention.

ME1~MEn: Medical equipment

MF1~MFn, ML1, ML2: medical imaging

MTX1~MTXn: Scheduling device

MRE1~MREn: recording device

DS1~DSn: electronic device

HS1, HS2: Hospital

RM1: operating room

RM2: Vascular Photography Room

RM3: ERCP room

RM4: Gastroscopy room

RM5: Section meeting room

RM6: Large meeting room

RM7: computer room

RM8: cardiac catheterization laboratory

WE: web platform

AP: Application

LG: Login information

FS: Login interface

AU: Authority management module

DT: Permission Database

ERQ1: Editor selection requirements

ED1: Edit module

MFD1: Medical editing data

PL1, PL11, PL12: data playback area

SH1~SH3: Blocking blocks

SWC: switching element

CMA: Combination menu

FIG. 1 is a block diagram of the medical image integrated and synchronized playback system according to an embodiment of the present invention applied to medical teaching and research in various departments and conference rooms of a hospital.

2 is a block diagram of the scheduling device of the medical image integrated synchronous playback system according to an embodiment of the present invention scheduling medical images of multiple medical devices in an operating room to an electronic device.

3 is a block diagram of an electronic device for dispatching medical images from an operating room to a conference room by the scheduling device of the medical image integrated synchronous playback system according to an embodiment of the present invention.

4 is a block diagram of the medical images scheduled by the medical image integrated synchronous playback system according to the embodiment of the present invention being played on the web platform and application programs opened by the electronic device.

FIG. 5 is a block diagram of the medical image integrated and synchronized playback system according to an embodiment of the present invention applied to the sharing and exchange of medical images between two hospitals.

FIG. 6 is a block diagram of an application program with login authority control of the medical image integrated synchronous playback system according to an embodiment of the present invention.

FIG. 7 is a block diagram of editing medical images scheduled by the medical image integrated synchronous playback system according to an embodiment of the present invention.

FIG. 8 is a block diagram of the medical image integrated synchronous playback system according to an embodiment of the present invention dispatching a single medical image to the data playback area of the display screen.

FIG. 9 is a block diagram of the medical image integrated and synchronized playback system according to an embodiment of the present invention arranging a plurality of medical images on a display screen.

FIG. 10 is a block diagram of the medical image integrated synchronous playback system according to an embodiment of the present invention replacing the dragged medical image with the original medical image in the data playback area.

FIG. 11 is a block diagram of marking medical images scheduled by the medical image integrated synchronous playback system according to an embodiment of the present invention.

FIG. 12 shows that the medical images dispatched by the medical image integrated synchronous playback system according to the embodiment of the present invention are completely or only partially presented on the display screen.

FIG. 13 shows the private information in the medical image that is blocked and played by the medical image integrated synchronous playback system according to an embodiment of the present invention.

The following are specific specific examples to illustrate the implementation of the present invention. Those skilled in the art can understand the advantages and effects of the present invention from the content disclosed in this specification. The present invention can be implemented or applied through other different specific embodiments, and various details in this specification can also be based on different viewpoints and applications, and various modifications and changes can be made without departing from the concept of the present invention. In addition, the drawings of the present invention are merely schematic illustrations, and are not drawn according to actual dimensions, and are stated in advance. The following embodiments will further describe the related technical content of the present invention in detail, but the disclosed content is not intended to limit the protection scope of the present invention. In addition, the term "or" used in this article may include any one or a combination of more of the associated listed items depending on the actual situation.

Please refer to FIG. 1, which is a block diagram of the medical image integrated and synchronized playback system according to an embodiment of the present invention applied to medical teaching and research in various departments and conference rooms of a hospital.

The medical image integrated synchronous playback system of this embodiment may include multiple scheduling devices and multiple recording devices, and is suitable for multiple medical devices in the hospital HS1. Multiple scheduling devices are respectively connected to multiple recording devices. Each scheduling device can be set separately from the connected recording device or set as a single device.

As shown in Figure 1, in the operating room RM1, the scheduling device MTX1 and the recording device MRE1 of the embodiment of the present invention are set up to dispatch and record when medical staff operate the medical equipment ME1 in the operating room RM1 to perform operations and other medical behaviors. , The medical image MF1 captured by the medical equipment ME1. The medical staff in the same department or other departments outside the operating room RM1 can immediately dispatch the live scheduling device MTX1 to the medical image MF1 played by the electronic device DS1 while the medical staff in the operating room RM1 perform medical actions, or After the medical action is over, the medical image MF1 is played back.

It should be understood that the medical equipment ME1 described herein may include a medical device used to capture medical images MF1 of a specific body part of a patient, such as but not limited to a computer tomography scanner, and may include capturing medical staff from various departments to perform medical treatment. An image capturing device that acts as a medical image MF1 of a surgical procedure, such as but not limited to a camera.

More practically, the medical image integrated synchronous playback system of the embodiment of the present invention may further include a recording device, which may be installed separately or together with the above-mentioned medical instrument. In this way, while the medical equipment ME1 (the image capturing device) captures/records medical images, the recording device performs audio recording to record the sounds generated by the medical staff when they perform medical actions.

Other rooms of the hospital HS1 such as various departments, such as but not limited to the angiography room RM2, ERCP (diagnostic and therapeutic endoscopic retrograde cholangiopancreatography) room RM3, gastroscopy room RM4, cardiac In the catheter lab RM8, medical equipment can also be installed to provide medical staff to perform other different medical actions in various departments.

As shown in FIG. 1 for an example of the scheduling device MTX1 and the recording device MRE1 of the operating room RM1, the scheduling device and the recording device can also be set in other departments to schedule and record the medical images of each department. The medical images described herein may include dynamic images, static images, or both. For example, a dynamic image is an image captured by a video recorder or other image capturing device of a medical staff performing a medical action on a patient, and a static image is an image of a patient's body captured by a medical device, for example.

The scheduling device of each department can be connected to the recording device, medical equipment and electronic device of the same department, and configured to dispatch the medical images captured by the medical equipment of the same department to the electronic device of the same department for playback, such as but not limited to dispatching to the computer, Play on the screen of mobile phone and TV. For example, multiple medical devices in the same department capture different multiple medical images from different angles, and the electronic device synchronously plays multiple medical images from different angles on the same display screen.

It is worth noting that the dispatching device of each department can be connected to the dispatching device of other departments to dispatch the medical images of the same department to the dispatching device of other departments, and dispatch the dispatching device to the electronic device. In other words, the scheduling devices between multiple departments can mutually schedule medical images to the electronic devices of each department to play, and the electronic devices of each department can simultaneously play multiple medical images of the same or different departments. The scheduling device of each department can schedule multiple medical treatments in the same field or in different fields The images are played synchronously on the same electronic device, and the playback method can be live recording or playback.

In addition to synchronously playing multiple medical images as described above, the scheduling devices of each department can be connected to the recording device of the same department to dispatch the medical images of the medical equipment in the same department to the recording device of the same department for storage. In addition or alternatively, the dispatching device of each department can be connected to the dispatching device of other departments to dispatch (backup or move) the medical image of the same department to the dispatching device of other departments, and dispatch the dispatching device of other departments to the recording device for storage. In order to provide medical staff can conveniently obtain medical images of other departments from the recording device of the department where they are located, and view the medical images of other departments on the electronic device of the department where they are located.

In addition, as shown in Figure 1, the computer room RM7 of the hospital HS1 can also be equipped with a scheduling device, a recording device, and an electronic device. All rooms or spaces of the hospital HS1, such as multiple departments and conference rooms. The scheduling device can schedule multiple medical images to the scheduling device of the computer room RM7, and the scheduling device of the computer room RM7 can schedule multiple medical image streams and their related data. For example, real-time monitoring of medical behaviors performed by medical staff in various departments, such as the type, efficiency, frequency, time of surgery, and the operating status and frequency of medical equipment, can be played back to the electronic device of the RM7 in the computer room and recorded on the recording device In order to provide management for unified monitoring and management.

Please refer to FIG. 2, which is a block diagram of the scheduling device of the medical image integrated synchronous playback system according to the embodiment of the present invention scheduling medical images of multiple medical equipment in the operating room to the electronic device.

Multiple medical equipment ME1~MEn, multiple scheduling devices MTX1~MTXn, multiple recording devices MRE1~MREn, and multiple electronic devices DS1~DSn can be installed in the hospital, where n can be any appropriate integer value, and each type The number of devices can be the same or different.

As shown in Figure 2, two medical equipment ME1 and ME2 are set in the operating room RM1, and only one medical equipment ME3 is set in the vascular imaging room RM2. The number, type and location of medical equipment, dispatching devices, recording devices, and electronic devices in each department can be adjusted according to needs.

Please refer to FIG. 3, which is a block diagram of an electronic device for dispatching medical images from the operating room to the conference room by the scheduling device of the medical image integrated synchronous playback system according to an embodiment of the present invention.

In addition to the above-mentioned department rooms, scheduling devices can also be installed in the conference rooms of the hospital. For example, the department conference room RM5 shown in FIG. 3 is equipped with a scheduling device MTX5, and the large conference room RM6 is equipped with a scheduling device MTX6. The scheduling devices MTX5 and MTX6 can schedule the medical images captured by the medical equipment in each department (including the medical image MF1 of the operating room RM1) to be played to the electronic device DS5 in the department meeting room RM5 and the electronic device DS6 in the large meeting room RM6, respectively.

In this embodiment, multiple conference rooms in the hospital, such as the department conference room RM5 and the large conference room RM6 as shown in FIG. 3, respectively use separate scheduling devices. However, in practice, multiple conference rooms can share the same scheduling device. If necessary, each meeting room can also be equipped with a recording device to record relevant information exchanged between medical staff in the meeting room, including medical images viewed and related topics such as medical images exchanged and discussed.

Please refer to FIG. 1, FIG. 2 and FIG. 4. FIG. 4 is a block diagram of the medical images scheduled by the medical image integrated synchronous playback system according to the embodiment of the present invention being played on the web platform and application programs opened by the electronic device.

The dispatching devices MTX1~MTXn of the hospital HS1 can dispatch the medical images MF1~MFn to the electronic devices DS1~DSn inside the hospital HS1 (or external in practice). As shown in Fig. 4, the medical staff can operate the electronic device DS1 of RM1 in the operating room to open the application AP of the hospital HS1 and the web platform WE on the electronic device DS1. In practice, other electronic devices DS2~DSn can also do the same. The electronic devices DS1 to DSn described herein can be desktop computers, tablet computers, and mobile phones (display devices), which are merely examples for illustration, and the present invention is not limited thereto.

On the application AP and web platform WE, multiple medical images MF1~MFn of the hospital HS1 can be uploaded for medical staff to selectively play multiple medical images MF1~MFn. The application AP and the web platform WE can simultaneously or alternately play multiple doctors in the same department or different departments. Treatment images MF1~MFn.

In addition to the playback of medical images MF1~MFn, the recording device can record the number of times, time points, and time lengths of medical behaviors performed by the doctors operating the medical equipment ME1~MEn recorded by the medical equipment ME1~MEn, and can be used in the application AP And play on the web platform WE.

By dispatching the medical images MF1~MFn and related data of the hospital’s HS1 to the application AP and the web platform WE, it is more convenient for the hospital’s HS1 medical staff to view the physical status of each patient before and after, and to understand the medical staff’s The medical behavior performed by the patient.

Please refer to FIG. 5, which is a block diagram of the medical image integrated and synchronized playback system according to an embodiment of the present invention applied to sharing and communicating medical images between two hospitals.

The application program AP of this embodiment can be the same application program as the application program AP shown in FIG. 4, or may be separate applications in practice. In multiple hospitals, such as the hospital HS1 and hospital HS2 shown in Figure 5, the medical staff can operate the electronic device they hold to open the application AP for online meetings or enter the chat room to play, share, and exchange medical information online. Related medical information such as MF1~MFn.

Please refer to FIG. 6, which is a block diagram of an application with login permission control of the medical image integrated synchronous playback system according to an embodiment of the present invention.

The medical image integrated synchronous playback system of the embodiment of the present invention may further include an authority management module AU, which can be connected to multiple recording devices, applications or network platforms. As shown in FIG. 6, the authority management module AU is applied to the authority management of the hospital application AP, and can also be applied to the authority management of the web platform WE of the hospital as shown in FIG. 4 in practice.

When users such as medical staff and managers open the application AP (or web platform WE), the application AP first displays the login interface FS. The user enters the login data LG in the blank field of the login interface FS of the application AP, such as the personal and public account numbers and passwords of medical staff and managers, or the unique identification codes or employee codes of medical staff and managers, etc.

When the authority management module AU receives the login data LG, it obtains the personnel authority data from the authority database DT pre-stored in the authority management module AU or the authority database DT obtained in real time from other databases in the hospital. The authority database DT records the login information (such as account secrets) of different medical personnel and the authority data of each medical personnel's identity and position.

The authorization management module AU compares the login data LG entered by the user with the pre-stored authorization database DT to determine the user's authorization and allows the user to perform authorized operations, such as viewing and editing records recorded by the recording device Permission for all or part of the medical image.

Please refer to FIG. 7, which is a block diagram of editing medical images scheduled by the medical image integrated synchronous playback system according to an embodiment of the present invention.

As shown in FIG. 7, the medical image integrated synchronous playback system of the embodiment of the present invention may further include an editing module ED1, which can be applied to the hospital recording device MRE1 or other recording devices MRE2~MREn as shown in FIG. 2, or in practice Can be applied to applications or network platforms.

The user can input an edit selection request ERQ1 through the electronic device DS1 (such as the keyboard of a computer). The editing module ED1 can execute the medical image MF1 recorded by the recording device MRE1 according to the edit selection request ERQ1, or the medical image MF1 that is uploaded to the web platform WE and the application AP as shown in Figure 4 by the scheduling device or medical staff. Corresponding editing operations to generate medical editing data MFD1. The medical editing data MFD1 can be placed on the web platform WE, the application AP, and can be recorded in the recording device MRE1.

For example, editing operations can include resizing, cropping, marking, annotation, editing, splitting, merging, screenshots, compression, removal, backup, importing, exporting, and setting the ownership of the medical image MF1 Or any combination of operations. The content of marks and notes can be used as keywords to assist medical staff to quickly find the required surgery or other specific medical behavior cases from the numerous cases in the case library after the fact. Cases with specific keywords can be classified as special cases.

For example, the annotation content can include patient data, including billing number, medical record number Code, name, gender, age, birthday, patient source (such as but not limited to outpatient), hospital name, department (such as but not limited to cardiology), room (such as but not limited to general operating room, compound operating room, etc.) ), equipment, name of surgery or examination (such as but not limited to pericardial resection), physician, date, etc. The above are only examples, and the present invention is not limited thereto.

Regarding the setting of case permissions, the user can set the medical staff performing medical actions in the medical image MF1, such as doctors, nurses, or both, or all or specific medical staff and managers of the hospital, to be specific through the editing module ED1 The owner of the medical image MF1, only the person who is set as the owner can view and edit the specific medical image MF1. In other words, the medical image MF1 can be set as private or public through the editing module ED1, and the public specific medical image MF1 can be shared with other users for viewing and learning.

In practice, the medical image integrated synchronous playback system of the embodiment of the present invention may further include a space management module, which can monitor the storage space status of the recording device, application program or web platform. When the space management module determines that the remaining storage space of the recording device, application or web platform is slightly insufficient, for example, the remaining space is lower than a first preset ratio of the total storage space (such as but not limited to 20% of the total storage space) At the time, output an insufficient space message to display on the recording device, electronic device, application or web platform, and notify the medical staff or administrator to remove the medical images of some cases, or move to other devices to clear up more storage space.

When the space management module determines that the remaining storage space is too small, for example, the remaining space is lower than a second preset ratio (the second preset ratio is lower than the first preset ratio) of the total storage space (for example, but not limited to 10%) When the total storage space), medical images of unimportant cases, older cases, or general cases other than special cases can be automatically cleaned up, or automatically moved to other devices for storage to clear more storage space.

Please refer to FIG. 8, which is a block diagram of the medical image integrated synchronous playback system according to an embodiment of the present invention dispatching a single medical image to the data playback area of the display screen.

As shown in FIG. 8, medical images can be played in the data playing area PL1 in the application program, web platform (and after logging in to the application program as described above to obtain permission), or the data playing area PL1 in the display screen of the player.

Please refer to FIG. 9, which is a block diagram of the medical image integrated and synchronized playback system according to an embodiment of the present invention arranging a plurality of medical images on a display screen.

Different from FIG. 8 having only a single data play area PL1, as shown in FIG. 9, the display screen of the application, web platform or player of this embodiment has two smaller data play areas PL11, PL12, which can be respectively Used to place two medical images selected by medical staff or other users. The size of the medical image to be played may depend on the size of the preset data playing areas PL11 and PL12.

Above the data playback areas PL11 and PL12, there may be an image to-be-selected area, and the medical images ML1 and ML2 that are not placed in the data playback areas PL11, PL12 can be arranged respectively. Alternatively, in addition to the two data play areas PL11 and PL12 in the display screen, there are two other smaller data play areas above them, where the medical images ML1 and ML2 are placed respectively.

Please refer to FIG. 10, which is a block diagram of the medical image integrated and synchronized playback system according to an embodiment of the present invention replacing the dragged medical image with the original medical image in the data playback area.

The editing module can provide multiple combination methods on the application. For example, a combination menu CMA shown in Figure 10 provides multiple combination patterns, which represent different combination methods. Each combination pattern has one or more blocks. Corresponding to the data playback area of the display screen.

The editing module can obtain multiple medical images MF5~MF8 indicated by a data selection request input by medical staff or other users through the electronic device, and as shown in Figure 10, select one of the required combinations according to the input combination ( For example, combined patterns), multiple medical images MF5~MF8 obtained by permutation and combination are played synchronously on the same display screen of the application, web platform or player.

For example, as shown in FIG. 10, the third combination pattern from the left in the combination menu CMA is selected, which has four combination tiles of the same size. The editing module displays four data playback areas on the display screen according to the selected third combination pattern, and the combination of the third combination pattern The arrangement of the blocks is to arrange and place the medical images MF5~MF8 in the four data playback areas. In addition, the editing module can control the recording, playback, capture, online live broadcast, and marking of medical images MF5~MF8 according to the user's click on the left-to-right switching block in the switching element SWC. In particular, enable the multi-recording function to record multiple medical images MF5~MF8 simultaneously (that is, on the same time axis).

Above the four data playback areas, there is an image to be selected area, which arranges other unselected multiple medical images MF1~MF4. For example, the unselected multiple medical images MF1~MF4 can be randomly arranged and determined according to the correlation with the selected medical images MF5~MF8, and the acquisition time point of the unselected multiple medical images MF1~MF4. Order.

The medical staff or other users can drag the medical image MF2 in the image waiting area outside the data play area to one of the data play areas through the electronic device to generate a drag request. According to the drag request, the editing module replaces the dragged medical image MF2 with the original medical image MF6 in the data playback area, and converts it to play the medical image MF2.

In practice, additionally or alternatively, medical staff or other users can drag the medical image MF5 in one data playback area to another data playback area through an electronic device to generate a drag request. According to the drag request, the editing module replaces the dragged medical image MF5 in one data playback area with the medical image MF7 originally in the other data playback area, for example, swaps the medical image MF5 and the medical image MF7 in the two data playback areas.

Please refer to FIG. 11, which is a block diagram of marking medical images scheduled by the medical image integrated synchronous playback system according to an embodiment of the present invention.

As shown in Figure 11, the medical image MF5 can be played on the display screen of the application, web platform or player. When the medical image MF5 is played to a specific time, the medical staff or other users can click on a new mark block, an edit mark block or a delete mark text in the mark list as shown in Figure 11 An edit selection request indicating adding, modifying, and deleting marks is generated respectively.

The editing module performs editing operations on the medical image MF5 according to the editing selection requirements. For example, when the medical image MF5 is played to a specific time point, the editing module will mark the content of the medical image MF5 at the specific time point according to an edit selection request generated by the click of the newly added marker block. The text content shown in 11 is "bleeding point", and the marked time point and marked content can be automatically brought into the mark list. The editing module can record the marked content and the time point of the marked medical image MF5, so as to quickly search for a specific image segment in the medical image MF5 in the future.

Please refer to FIG. 12, which shows that the medical images scheduled by the medical image integrated synchronous playback system according to the embodiment of the present invention are completely or only partially presented on the display screen.

The editing module can move the medical image to a specific position on the display screen according to a drag request input by the user through an electronic device (such as a mouse). As shown in Figure 12, the complete medical images MF1~MF5 can be played on the display screen. It is worth noting that when the medical staff only wants to view a part of the medical image MF3, they can move the medical image MF3 so that the other part of the image that does not need to be viewed is outside the display screen, and only the part of the image to be viewed is on the display screen. middle.

Please refer to FIG. 13, which is an embodiment of the medical image integrated synchronous playback system occludes the private information in the played medical image.

After using the electronic device to log in to the application or web platform and obtain the editing permissions of the medical images MF1~MF5, the editing module can be used to perform editing operations on the medical images MF1~MF5. In this embodiment, an electronic device is used to input a privacy avoidance request. According to this privacy avoidance request, the editing module blocks or removes the private content in the medical image MF1 to be played. The blocked or removed content can be the private information of the patient or medical staff from the captured medical image MF1, and can be text , Data or images, etc.

For example, the user can use an electronic device such as a mouse on a computer or a mobile phone to click on a block option in the toolbar of an application, web platform or player, and the editing module will select the block option based on the block Click to generate the same or corresponding occlusion block in the editing interface SH1~SH3, and according to a movement requirement imposed on the shielding blocks SH1~SH3, the shielding blocks SH1~SH3 are moved to the content to be blocked, so as to cover the content to be blocked, such as privacy messages. It should be understood that the present invention is not limited to the type and number of the blocking blocks SH1 to SH3.

If necessary, an electronic device can be used to impose a size adjustment request on the shielding blocks SH1~SH3 in the editing interface. The editing module can adjust the size of the occlusion blocks SH1~SH3 in the editing interface according to this size adjustment request, for example, enlarge or reduce the occlusion blocks SH1~SH3. In addition, an electronic device can be used to impose a rotation request on the shielding blocks SH1~SH3 in the editing interface. The editing module can rotate the masking blocks SH1~SH3 in the editing interface according to this rotation request.

In this embodiment, after placing the shielding blocks SH1~SH3 on the medical image MF1, the medical image MF1 can be cropped. For example, as shown in Figure 13, the outer circle of the medical image MF1 is removed, and only the middle of the medical image MF1 is retained. The content forms the medical editing data MFD1, which can be played synchronously or asynchronously with the medical images MF2~MF5 on the display screen, and can be recorded in a recording device or dispatched to other electronic devices for playback.

[Beneficial effects of the embodiment]

One of the beneficial effects of the present invention is that the medical image integrated and synchronized playback system provided by the present invention can schedule multiple medical images of medical equipment in multiple departments (which can be unedited original images or edited medical editing Data) to the electronic device. These medical images can include images captured by medical staff in the process of performing medical behaviors and images of patient body parts, and can be arranged in a specific combination to arrange and combine the players and applications opened on the electronic device Synchronous playback on the same display screen of the program or web platform. In this way, medical staff performing medical actions can provide demonstration teaching to other medical staff watching live or playback of medical images, or medical staff watching live medical images can instantly guide medical staff undergoing medical actions through the communication system.

Another beneficial effect of the present invention is that the system of the present invention can be widely used in many hospitals around the world, and medical staff in multiple hospitals can open online meetings through the application program, and share them with each other. Share and exchange medical images and other related materials to pass on medical techniques to every corner of the world and jointly solve human diseases.

The content disclosed above is only the preferred and feasible embodiments of the present invention, and does not limit the scope of the patent application of the present invention. Therefore, all equivalent technical changes made using the description and schematic content of the present invention are included in the application of the present invention. Within the scope of the patent.

ME1: Medical equipment

MF1: Medical imaging

MTX1: Scheduling device

MRE1: Recording device

DS1: Electronic device

HS1: Hospital

RM1: operating room

RM2: Vascular Photography Room

RM3: ERCP room

RM4: Gastroscopy room

RM5: Section meeting room

RM6: Large meeting room

RM7: computer room

RM8: cardiac catheterization laboratory

Claims (11)

An integrated and synchronized playback system for medical images is suitable for multiple medical devices, each of which captures a medical image. The integrated and synchronized playback system for medical images includes a plurality of scheduling devices, each of which is connected to one or more of the medical devices. Equipment and other scheduling devices configured to schedule a plurality of the medical images from the connected medical equipment and other scheduling devices to different positions on the display screen of an application opened by an electronic device; and an editing module Group, connected to the multiple scheduling devices, configured to generate multiple occlusion blocks in an editing interface of the application according to the selection of an occlusion block option in the toolbar on the application, and according to the comparison A movement requirement imposed by each of the occlusion tiles, move a plurality of the occlusion tiles to one of the different parts of the medical image to be occluded, so as to cover the content to be occluded, and the content to be occluded includes the patient’s For the private information of text, data or image, crop the medical image with multiple occluded tiles, some of the occluded tiles cover part of the content of the cropped medical image, and the other occluded images The block is overlaid on the reserved content of the medical image that has not been cropped to form a medical editing data with the reserved part of the medical image that has not been cropped. The medical image moves to a position on the display screen of the application, so that a part of the other medical image is outside the display screen of the application, and another part of the medical image is on the display screen of the application , Allows the simultaneous live broadcast or playback of the multiple medical images on the display screen of the application that are not blocked or cropped; multiple recording devices are connected to the multiple Dispatching devices, each of the recording devices records the medical image obtained from the connected dispatching device. The medical image integrated and synchronized playback system according to claim 1, wherein the medical device includes a medical device used to capture the medical image of a specific body part of a patient, and a medical device used to capture medical behaviors performed by medical staff in each department An image capture device or a combination of the medical image. The medical image integrated and synchronized playback system according to claim 1, wherein the scheduling device schedules a plurality of the medical images of the same operation to the same electronic device for synchronized playback. The medical image integrated and synchronized playback system according to claim 1, wherein the medical images are played, shared, discussed and exchanged on the application, a web platform, a player, or a combination thereof opened on the electronic device. The medical image integrated synchronous playback system according to claim 1, wherein the editing module is connected to the multiple recording devices and is configured to perform an editing operation on each medical image according to an editing selection request. The medical image integrated and synchronized playback system according to claim 1, wherein the editing operation includes performing resizing, marking, annotation, editing, splitting, merging, screenshots, compression, removal, backup, import, etc. of each medical image. Export, set the owner or any combination of operations. The medical image integrated synchronous playback system according to claim 1, wherein the editing module removes a private message in the medical image being played according to a privacy avoidance request. The medical image integrated synchronous playback system according to claim 1, wherein the editing module provides a plurality of combination modes, and according to one of the combination modes of a combination selection request, a plurality of the medical images requested by a data selection request are arranged and combined Play synchronously on the same display screen. The medical image integrated synchronous playback system according to claim 1, wherein a display screen has a plurality of data playback areas, and a plurality of the medical images requested by a data selection are respectively placed, and the editing module changes The information broadcast The medical image outside the play area is moved to the data play area to replace the medical image originally in the data play area. The medical image integrated and synchronized playback system as described in claim 1, further includes a permission management module connected to the multiple recording devices and configured to compare a login data input by the user with a pre-stored permission database. Determine the user's authority to use each medical image, and allow the user to perform authorized operations. The medical image integrated and synchronized playback system according to claim 1, wherein a recording device records a sound generated by a medical staff during a medical action, and plays the sound synchronously when the electronic device plays the medical image.

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