Xinyi Telemedicine Service Platform
Relying on communication, information, multimedia and other technologies, it provides long-distance diagnosis, guidance and consultation services to patients in areas with insufficient medical capabilities. This system relies on the powerful processing capabilities of Huawei Kunpeng Cloud and can meet the operational needs of various types of hospitals, including large, medium and small. Telemedicine is a new medical service that aims to share medical resources, improve medical efficiency, improve diagnosis and medical standards, reduce medical expenses, and meet patients’ diagnostic needs.
Service provider information:Xinyi International Digital Medical System (Dalian) Co., Ltd.
Invoicing subject:Huawei
Payment method:License
Product pictures
Product details
Product Highlights
- -Cross-platform, cross-terminal, multiple systems and terminals can be used.
- -Integration: unified distribution of permissions, resources, and management.
- -Sharing: Medical resources are shared and effectively disseminated.
- -Synchronization: Patient medical record information integrity.
Product parameters
Delivery method
License
Delivery SLA
10 calendar days
Service supervision
If you purchase goods that involve service supervision, you should enter the buyer center after purchase to submit your requirements and promptly accept them.
involving
Invoicing subject
Huawei
operating system
Linux
Version
V2.0
Release date
2019-09-17
Category
operating system
Product description
This system relies on the powerful processing capabilities of Huawei Kunpeng Cloud and can meet the operational needs of various types of hospitals, including large, medium and small.
Telemedicine is a new medical service that aims to share medical resources, improve medical efficiency, improve diagnosis and medical standards, reduce medical expenses, and meet patients’ diagnostic needs. The emergence of telemedicine has established a new kind of relationship between medical experts and patients. The connection allows patients to receive diagnosis from remote experts online at the same place and hospital.
The remote consultation platform of Xinyi International Company uses core hospitals in the region as high-end consultation centers to provide remote consultation services, remote outpatient services, business collaboration and other services to lower-level medical institutions. Establish corresponding remote consultation management specifications and standardize consultation and collaborative business processes.
1. Technical architecture
The design of the Xinyi remote consultation platform is based on user needs, medical service management and the actual needs of medical service institutions to provide services to patients. It adopts a B/S architecture and a large centralized platform model. It is scalable and can be used in various Districts establish architectural capabilities for district-level platforms. The system consists of a platform, a data center, and N application-side software. The networking uses a 10MB/4MB optical fiber private network.
A platform: establish a telemedicine consultation platform, deploy corresponding software and hardware equipment, and realize remote consultation services, distance education, etc.;
A data center: A network medical data center based on XX Hospital to realize centralized storage and management of telemedicine data. As the hub of the telemedicine management system, the telemedicine data center realizes the storage and management of various network medical data, and can provide data mining and analysis support for various network medical application systems, such as telemedicine, remote consultation, remote resource sharing, etc.
N application terminals: remote consultation management software, remote consultation application software, remote consultation expert software, etc.
Network: The initially built health information private network is used for networking. The entire system includes subsystems such as remote consultation management, medical record collection, remote specialist diagnosis, video conferencing, and data center.
Through the remote consultation platform, a division of labor and collaboration mechanism among medical and health institutions has been basically formed, and high-quality medical resources from provincial and municipal hospitals have been distributed in an orderly and effective manner; through the comprehensive improvement of hierarchical diagnosis and treatment service capabilities, the guarantee mechanism has gradually been improved, and the first diagnosis and difficult cases at the grassroots level have been gradually completed. It adopts a hierarchical diagnosis and treatment model of disease consultation, two-way referral, acute and chronic treatment, and linkage between upper and lower levels; county-level hospitals and provincial hospitals jointly build departments to realize the support and assistance of provincial hospitals to lower-level hospitals, optimizing the reasonable allocation of medical resources. Ease the problem of difficult and expensive medical treatment for grassroots people, and improve the diagnosis and treatment level of grassroots hospitals.
Deploy relevant hardware in core hospitals, build software platforms, and build a remote consultation platform with expert hospitals as the core. Establish a remote consultation data center and management center platform, rely on expert hospitals to set up remote consultation centers, connect corresponding medical institutions, deploy corresponding software and hardware equipment, select relevant experts to establish an expert database, and provide remote consultation services and remote consultation to county-level hospitals. Education etc.
Build a telemedicine data center in the core hospital to realize centralized storage and management of telemedicine data. As the center of the system, it can realize the storage and management of various telemedicine data and provide data mining and analysis support for various telemedicine business systems. The data center can meet the needs of various services to run smoothly on the network.
2. Technical characteristics
Xinyi International's remote consultation platform can be flexibly deployed on a variety of server operating systems such as Windows and Linux; it supports general relational enterprise-level databases such as Oracle, SQL Server, and DB2 to facilitate data management and system maintenance; Provide basic management functions of the platform such as institutional user registration and authority management, node management, monitoring management, service management (system management of each function), log management, security audit, configuration management, resource directory, instant messaging, etc., and achieve integration with each functional system Seam fusion and integrated operation management; support centralized/distributed hybrid storage to improve file sharing efficiency in multi-party consultations and cross-platform consultations. Set file storage pointers in the system to uniformly manage different files distributed in different systems.
Support interactive remote consultation: support real-time interactive remote consultation between consulting experts and applying doctors and patients; support offline remote consultation: support non-real-time offline remote consultation between consulting experts and applying doctors; support applying doctors to submit consultation application information and medical records; consultation experts browse the consultation application information and medical records in a non-real-time manner based on the actual situation, and prepare and publish a consultation report; the applying doctor then browses the consultation report.
Support remote consultation process configuration: support consultation user role management, support consultation workflow configuration function, system administrators can configure workflow according to role permissions and specific work needs; support dynamic form configuration.
The main functions implemented are as follows:
(1) Registration management. Service-oriented architecture, the registration service and consumption service of information resources of each hospital are realized in the national telemedicine service and resource supervision center and the provincial telemedicine service and resource supervision center, including health institutions, experts, doctors and other information resources.
(2) Business support. It adopts a multi-layer system structure design to provide instant messaging, remote collaboration, service management, information sharing and exchange and other supporting functions for telemedicine business applications, making it possible to realize information interaction scenarios of cross-regional and cross-hospital telemedicine information systems.
(3) Operation and maintenance. Provide reliable operation guarantee for the telemedicine information system, provide operation and maintenance monitoring, system logs, and system backup functions of the information system, and provide a safe, reliable, and stable operation information system for telemedicine.
(4) Safety guarantee. The telemedicine information system provides user identity authentication, system roles, operation permissions, operation auditing, and data encryption transmission functions to ensure the data security, application security, and communication security of the system.
(5) The image data is relatively large. The data center can process the image data separately and set up a separate image data center platform.
3. Platform users
(1) Medical institution users
Responsible for remote outpatient clinics and remote consultation requests between hospitals, responsible for CA management of each doctor's account in the institution, and setting the permissions for doctors to carry out telemedicine. At the same time, it can also count and supervise the progress of the unit's telemedicine services, and conduct statistics and analysis on related service data.
(2) Doctor users
Use the platform to carry out telemedicine services. Ability to perform statistics and analysis on service data, etc.
(3) Supervise users
Supervision users are mainly medical and health industry personnel and hospital managers, such as supervisors of the National Health and Family Planning Commission, hospital leaders, etc. Through the supervision platform, supervision users can understand and grasp the progress of online medical work, and provide statistics, analysis and other functions.
Telemedicine is a new medical service that aims to share medical resources, improve medical efficiency, improve diagnosis and medical standards, reduce medical expenses, and meet patients’ diagnostic needs. The emergence of telemedicine has established a new kind of relationship between medical experts and patients. The connection allows patients to receive diagnosis from remote experts online at the same place and hospital.
The remote consultation platform of Xinyi International Company uses core hospitals in the region as high-end consultation centers to provide remote consultation services, remote outpatient services, business collaboration and other services to lower-level medical institutions. Establish corresponding remote consultation management specifications and standardize consultation and collaborative business processes.
1. Technical architecture
The design of the Xinyi remote consultation platform is based on user needs, medical service management and the actual needs of medical service institutions to provide services to patients. It adopts a B/S architecture and a large centralized platform model. It is scalable and can be used in various Districts establish architectural capabilities for district-level platforms. The system consists of a platform, a data center, and N application-side software. The networking uses a 10MB/4MB optical fiber private network.
A platform: establish a telemedicine consultation platform, deploy corresponding software and hardware equipment, and realize remote consultation services, distance education, etc.;
A data center: A network medical data center based on XX Hospital to realize centralized storage and management of telemedicine data. As the hub of the telemedicine management system, the telemedicine data center realizes the storage and management of various network medical data, and can provide data mining and analysis support for various network medical application systems, such as telemedicine, remote consultation, remote resource sharing, etc.
N application terminals: remote consultation management software, remote consultation application software, remote consultation expert software, etc.
Network: The initially built health information private network is used for networking. The entire system includes subsystems such as remote consultation management, medical record collection, remote specialist diagnosis, video conferencing, and data center.
Through the remote consultation platform, a division of labor and collaboration mechanism among medical and health institutions has been basically formed, and high-quality medical resources from provincial and municipal hospitals have been distributed in an orderly and effective manner; through the comprehensive improvement of hierarchical diagnosis and treatment service capabilities, the guarantee mechanism has gradually been improved, and the first diagnosis and difficult cases at the grassroots level have been gradually completed. It adopts a hierarchical diagnosis and treatment model of disease consultation, two-way referral, acute and chronic treatment, and linkage between upper and lower levels; county-level hospitals and provincial hospitals jointly build departments to realize the support and assistance of provincial hospitals to lower-level hospitals, optimizing the reasonable allocation of medical resources. Ease the problem of difficult and expensive medical treatment for grassroots people, and improve the diagnosis and treatment level of grassroots hospitals.
Deploy relevant hardware in core hospitals, build software platforms, and build a remote consultation platform with expert hospitals as the core. Establish a remote consultation data center and management center platform, rely on expert hospitals to set up remote consultation centers, connect corresponding medical institutions, deploy corresponding software and hardware equipment, select relevant experts to establish an expert database, and provide remote consultation services and remote consultation to county-level hospitals. Education etc.
Build a telemedicine data center in the core hospital to realize centralized storage and management of telemedicine data. As the center of the system, it can realize the storage and management of various telemedicine data and provide data mining and analysis support for various telemedicine business systems. The data center can meet the needs of various services to run smoothly on the network.
2. Technical characteristics
Xinyi International's remote consultation platform can be flexibly deployed on a variety of server operating systems such as Windows and Linux; it supports general relational enterprise-level databases such as Oracle, SQL Server, and DB2 to facilitate data management and system maintenance; Provide basic management functions of the platform such as institutional user registration and authority management, node management, monitoring management, service management (system management of each function), log management, security audit, configuration management, resource directory, instant messaging, etc., and achieve integration with each functional system Seam fusion and integrated operation management; support centralized/distributed hybrid storage to improve file sharing efficiency in multi-party consultations and cross-platform consultations. Set file storage pointers in the system to uniformly manage different files distributed in different systems.
Support interactive remote consultation: support real-time interactive remote consultation between consulting experts and applying doctors and patients; support offline remote consultation: support non-real-time offline remote consultation between consulting experts and applying doctors; support applying doctors to submit consultation application information and medical records; consultation experts browse the consultation application information and medical records in a non-real-time manner based on the actual situation, and prepare and publish a consultation report; the applying doctor then browses the consultation report.
Support remote consultation process configuration: support consultation user role management, support consultation workflow configuration function, system administrators can configure workflow according to role permissions and specific work needs; support dynamic form configuration.
The main functions implemented are as follows:
(1) Registration management. Service-oriented architecture, the registration service and consumption service of information resources of each hospital are realized in the national telemedicine service and resource supervision center and the provincial telemedicine service and resource supervision center, including health institutions, experts, doctors and other information resources.
(2) Business support. It adopts a multi-layer system structure design to provide instant messaging, remote collaboration, service management, information sharing and exchange and other supporting functions for telemedicine business applications, making it possible to realize information interaction scenarios of cross-regional and cross-hospital telemedicine information systems.
(3) Operation and maintenance. Provide reliable operation guarantee for the telemedicine information system, provide operation and maintenance monitoring, system logs, and system backup functions of the information system, and provide a safe, reliable, and stable operation information system for telemedicine.
(4) Safety guarantee. The telemedicine information system provides user identity authentication, system roles, operation permissions, operation auditing, and data encryption transmission functions to ensure the data security, application security, and communication security of the system.
(5) The image data is relatively large. The data center can process the image data separately and set up a separate image data center platform.
3. Platform users
(1) Medical institution users
Responsible for remote outpatient clinics and remote consultation requests between hospitals, responsible for CA management of each doctor's account in the institution, and setting the permissions for doctors to carry out telemedicine. At the same time, it can also count and supervise the progress of the unit's telemedicine services, and conduct statistics and analysis on related service data.
(2) Doctor users
Use the platform to carry out telemedicine services. Ability to perform statistics and analysis on service data, etc.
(3) Supervise users
Supervision users are mainly medical and health industry personnel and hospital managers, such as supervisors of the National Health and Family Planning Commission, hospital leaders, etc. Through the supervision platform, supervision users can understand and grasp the progress of online medical work, and provide statistics, analysis and other functions.
Sales target
All users
Product pricing
Step pricing
Product price = ordering interval quantity 1 * interval specification unit price 1 + ordering interval quantity 2 * interval specification unit price 2.
For example: the call rate is 0.3 yuan/minute for the part that does not exceed 3 minutes, and 0.2 yuan/minute for the part that exceeds 3 minutes; if the user calls for 8 minutes, the fee charged is 3*0.3+5*0.2=1.9 yuan.
Tier pricing
Product price = order quantity * unit price of the range to which the quantity belongs.
For example: the call rate is 0.3 yuan/minute for no more than 3 minutes, and 0.2 yuan/minute if it exceeds 3 minutes; if the user calls for 2 minutes, the fee charged is 2*0.3=0.6 yuan; if the user calls for 8 minutes, the fee is charged The cost is 8*0.2=1.6 yuan.
linear pricing
Product price = order quantity * unit price.
Simple pricing
The product price is the price displayed on the page.
Service support
User Guide
User Guide.docx
download
Platform support scope
Service hours: 7*24 hours, Monday to Sunday Service hotline: 400-665-9488 Service email: service@senyint.com Service methods: telephone/email service, remote (video) service, on-site service. Telephone/email service method: The customer feedbacks the problem to the project after-sales person in charge or the company's customer service department in the form of telephone/email. The after-sales person in charge investigates and solves the problem through telephone communication or email communication with the customer. Remote (video) service: Customers feedback problems to the project after-sales person in charge or the company's customer service department in the form of phone calls/emails, and the after-sales person in charge communicates with customers remotely (video) and solves the problems. On-site service method: For problems that cannot be solved by phone/email or remote (video), on-site service will be adopted after confirmation with the customer.
Service Support Terms
By ordering this product you agree toService Support Terms》