WO2020051821A1

WO2020051821A1 - Remote b-scan ultrasonography service station suitable for outreach services

Info

Publication number: WO2020051821A1
Application number: PCT/CN2018/105419
Authority: WO
Inventors: 林江峰
Original assignee: 广东医动科技有限公司
Priority date: 2018-09-13
Filing date: 2018-09-13
Publication date: 2020-03-19
Also published as: CN113365558A

Abstract

Disclosed is a remote B-scan ultrasonography service station suitable for outreach services, comprising: a transportable housing; a main B-scan ultrasonography machine and an examination probe disposed inside the housing; an audio and video acquisition device being extendable or removable from inside the housing; and a communication module. The communication module communicates with the audio and video acquisition device and the main B-scan ultrasonography machine. The communication module communicates with a remote server, and is used to forward audio and video data of the audio and video acquisition device, and an examination image of the main B-scan ultrasonography machine to the remote server. The remote server communicates with a remote assistance system, the remote assistance system comprising a video call module. The video call module acquires audio and video data obtained during an exam, guides an exam, and acquires an examination image obtained by the main B-scan ultrasonography machine so as to draw a conclusion about the exam. The B-scan ultrasonography service station resolves the technical problem in which B-scan ultrasonographic machines are inconvenient to transport and thus are not widely available, such that some medical institutions and average households do not have fast access to examination services.

Description

Remote B-ultrasound service station suitable for basic service

Technical field

The invention relates to the field of medical detection, in particular to a remote B-ultrasound service workstation suitable for grassroots services.

Background technique

B-ultrasound detection is the most commonly used detection method in medical detection, but the current B-ultrasound machine is generally installed in medical institutions, and the test object needs to go to the medical institution to obtain the test. B-ultrasound detection requires professional inspection technicians to operate, and is not easy to carry, which greatly reduces the application of B-ultrasound. For medical institutions without B-ultrasound or for ordinary families, it is not possible to obtain corresponding testing services quickly and easily.

Summary of the Invention

The object of the present invention is to provide a remote B-ultrasound service workstation suitable for basic-level services, which aims to solve the technical problems of inconvenience in carrying the B-ultrasound machine and its inability to quickly provide testing services to some medical institutions and ordinary families.

The invention provides a remote B-ultrasound service station suitable for basic-level services.

A remote B-ultrasound service station suitable for grassroots services includes:

Portable box

A B-host host installed in the box and a detection head connected to the B-host host;

It is installed in the box and can be extended out of the box or taken out from the box after the box is opened;

A communication module, which communicates with the video and audio acquisition device and a B-mode host;

The communication module is in communication with a remote server, and is configured to send the video data of the video acquisition device and the detection image of the B-host to a remote server; the remote server communicates with a remote auxiliary system, and the remote auxiliary system includes A video call module, which communicates with the audio and video acquisition module and the B-mode host through the established communication link between the remote server and the communication module, obtains the audio and video data during detection, makes detection guidance, and obtains the B mode host The test image makes a test conclusion.

Further, there are a plurality of detection heads, and the plurality of detection heads are not completely the same; a plurality of the detection heads are detachably connected to the B-mode host.

Further, the video and audio acquisition device includes a camera and a voice recorder, the camera is directed to a detection object to be detected, and is used for photographing a detection process during detection; the voice recorder is used to record an operator's voice; and the video and audio acquisition The device forms video and audio data according to the shooting detection process and the voice.

Further, the camera is a high-definition camera.

Further, the communication module communicates with the remote server, the remote server and the remote auxiliary system through a mobile wireless network and / or the Internet of Things.

Further, the remote assistance system is operated by a detection technician with professional detection skills.

Further, a plurality of the workstations are linked to the remote server; each of the plurality of workstations communicates with the remote assistance system.

The remote B-ultrasound service workstation suitable for basic services disclosed by the present invention has a portable box structure, which can be carried to medical institutions and ordinary households in need of service; the operation video of the B-detection head is obtained through the video and audio acquisition device, and the operation will be performed. The video is sent to the remote server and the remote assistance system to obtain remote operation guidance service, so that only ordinary operators can complete the B-ultrasound without the need of a professional inspection technician, and the professional inspection technician on the remote assistance system can obtain the B-ultrasound host. Obtain inspection images and make inspection conclusions, the whole workstation is simple to operate and easy to use.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic structural diagram of a remote B-ultrasound workstation of the present invention;

2 is a schematic diagram of a module of a remote B-ultrasound workstation of the present invention;

3 is a schematic diagram of the networking work of the remote B-ultrasound workstation of the present invention;

FIG. 4 is a schematic block diagram of a video acquisition device according to the present invention.

detailed description

The present invention is further explained and described below with reference to specific embodiments and the accompanying drawings of the specification:

Please refer to FIG. 1, the present invention discloses a remote B-ultrasound service workstation 100 suitable for grassroots services, which includes: a portable case 11, a B-ultrasound host 12 disposed in the case 11, and a B-ultrasound host 12 connected to the B-ultrasound host 12. The detection head 13 is disposed in the casing 11 and can extend out of the audio-visual acquisition device 14 and the communication module 15 of the casing 11 after the casing 11 is opened. The communication module 15 communicates with the video and audio acquisition device 14 and the B-mode host 12.

As shown in FIG. 2 and FIG. 3, in this embodiment, the communication module 15 further communicates with a remote server, and is configured to send the audio and video data of the audio and video acquisition device 14 and the detection image of the B-host 12 to a remote server. The remote server communicates with a remote assistance system, the remote assistance system includes a video call module 31, and the video call module 31 communicates with the video and audio acquisition module and the B-mode through the established remote server, the communication link of the communication module 15, The host computer 12 communicates, acquires audiovisual data during detection, makes detection guidance, and acquires a detection image of the B-ultrasound host 12 to make a detection conclusion. The remote assistance system is operated by a detection technician with professional detection skills. The detection head 13 has a plurality of detection heads, and the plurality of detection heads 13 are not completely the same; a plurality of the detection heads 13 are detachably connected to the B superhost 12. The multiple detection heads 13 are different for different detection positions and detection items, respectively, so as to adapt to various detection needs, and can be replaced according to different needs.

When the workstation 100 of the present invention is working, first open the cabinet 11 and start the workstation 100 to establish a communication link through the communication module 15, a remote server, and a remote auxiliary system. At this time, the video and audio acquisition device 14 acquires the location of the object to be detected. Image and video, at the same time, the operator installs the detection head 13 to the B-mode mainframe 12 on the workstation 100, and uses the detection head 13 to detect the detection object. The detection process is converted into a video image including the operator's voice through the audio and video acquisition device 14, The video image is transmitted to the remote assistance system through the communication module 15. A professional detection technician located in the remote assistance system instructs the operator to place the detection head 13 according to the video image, and adjusts the position, depth, and angle of the detection head 13 to form a detection image on the B-mode host 12.

The remote B-ultrasound service station 100 suitable for primary services disclosed in the present invention has a portable cabinet 11 structure, which can be carried to medical institutions and ordinary households in need of service; the operation of the B-ultrasound detection head 13 is obtained through the audio-visual acquisition device 14 Video, sending the operation video to a remote server and remote assistance system to obtain remote operation guidance services, so that only a general operator and no longer need a professional inspection technician can complete the B-ultrasound inspection on the workstation 100.

As shown in FIG. 3, the communication module 15 communicates with the remote server, the remote server, and the remote auxiliary system through a mobile wireless network and / or the Internet of Things; a plurality of the workstations 100 are linked to the remote server; a plurality of The workstations 100 are all in communication with the remote assistance system.

In this embodiment, a remote server is linked to a plurality of workstations 100, and a professional testing technician on a remote assistance system can sequentially switch to different workstations 100 to provide detection guidance for B-ultrasound detection on multiple workstations 100. For the testing content on the workstation 100, all are completed under the guidance of a professional testing technician, and the professionalism is strong; and the professional testing technician on the remote assistance system can obtain the testing image from the B-host 12 and make a testing conclusion. The acquisition is fast, there is no need to wait for the detection object or make an appointment for collection; the entire workstation 100 is simple to operate and easy to use.

In this embodiment, the communication module 15 and the remote server, the remote server and the remote auxiliary system communicate through a mobile wireless network and / or the Internet of Things to expand the application scenario and scope of the workstation 100, which is overcome by means of the network. The geographical distance between the workstation 100 and a professional inspection technician at one end of the remote assistance system.

As shown in FIG. 4, in the embodiment of the present invention, the video and audio acquisition device 14 includes a camera 141 and a voice recorder 142. The camera 141 faces the detection object to be detected, and is used to detect the detection process during detection; the voice The recorder 142 is used to record an operator's voice; the video and audio acquisition device 14 forms video and audio data according to the shooting detection process and the voice.

In order to further improve the use experience, the video and audio acquisition device 14 may be fixed in the case 11 by using a telescopic and rotatable link.

The video and audio data is sent to the video call module 31 of the remote assistance system, thereby realizing the local and remote video call functions of the workstation 100, and a professional detection technician at one end of the remote assistance system quickly and effectively makes detection guidance.

Among them, the camera 141 adopts a high-definition camera. The high-definition camera can highly distinguish the position, depth, and method of the detection head 13 during detection, and is convenient for sending to a remote assistance system for guidance and assistance of a professional inspection technician.

In other embodiments of the present invention, the video and audio acquisition device 14 may also be installed in a box and removed from the box; at this time, the camera 141 and the voice recorder 142 are installed on a portable device. The portable device includes portable wearing glasses.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention, rather than limiting the protection scope of the present invention. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand The technical solution of the present invention may be modified or equivalently replaced without departing from the essence and scope of the technical solution of the present invention.

Claims

A remote B-ultrasonic service workstation suitable for grassroots services, characterized in that the workstation includes:

Portable box

A B-host host installed in the box and a detection head connected to the B-host host;

It is installed in the box and can be extended out of the box or taken out from the box after the box is opened;

A communication module, which communicates with the video and audio acquisition device and a B-mode host;

The communication module is in communication with a remote server, and is configured to send the video data of the video acquisition device and the detection image of the B-host to a remote server; the remote server communicates with a remote auxiliary system, and the remote auxiliary system includes A video call module, which communicates with the audio and video acquisition module and the B-mode host through the established communication link between the remote server and the communication module, obtains the audio and video data during detection, makes detection guidance, and obtains the B mode host The test image makes a test conclusion.
The remote B-ultrasound service station suitable for basic services according to claim 1, characterized in that there are a plurality of detection heads, and the plurality of detection heads are not completely the same; a plurality of the detection heads are detachable from the B-ultrasonic host. connection.
The remote B-ultrasound service station suitable for grassroots services according to claim 1, wherein the video and audio acquisition device comprises a camera and a voice recorder, and the camera faces the detection object to be detected for detection during shooting detection Process; the voice recorder is used to record the voice of the operator; the video and audio acquisition device forms video and audio data according to the shooting detection process and the voice.
The remote B-ultrasound service station suitable for grassroots services according to claim 3, wherein the camera and the voice recorder are disposed on a portable device, and the portable device includes portable wearable glasses.
The remote B-ultrasound service station suitable for basic-level services according to claim 3, wherein the camera is a high-definition camera.
The remote B-ultrasound service station suitable for basic-level services according to claim 4, wherein the communication module communicates with the remote server, the remote server and a remote auxiliary system through a mobile wireless network and / or the Internet of Things.
The remote B-ultrasound service station suitable for basic-level services according to claim 5, wherein the remote assistance system is operated by a detection technician with professional detection skills.
The remote B-ultrasound service workstation suitable for basic-level services according to claim 1, wherein a plurality of said workstations are linked to said remote server; and a plurality of said workstations communicate with said remote assistance system.