TW202209344A - A cloud system of multiplex scheduling for surgery management - Google Patents

Abstract

The present invention provides a cloud system of multiplex scheduling for surgery management, includes a main cloud server and a surgery management platform. The main cloud server is connected with a surgery information database and a medical material database respectively for data transmission of a medical operation data form an operation on the surgery management platform. The surgery management platform comprises a surgery scheduling module used for managing each a surgery’s demand information, a database managing module used for data-setting of surgery schedule, an in-stock managing module used for managing in-stock amount and information of medical materials, a file–report managing module used for a statistical data or history related to surgery inquired and printed, a supplier managing module used for managing each an information of medical supplier, and an information–linking module used for data transfer by Hospital Information System (HIS); wherein the data transmission is processing in many cross-domain severs base on blockchain.

Description

Cloud intelligent multi-project scheduling interconnection management system

The invention belongs to the technical field of medical material management, in particular to an operation management system that integrates various basic information, medical supplies, and scheduling management required by different operations for medical institutions, and a cloud-based intelligent multi-task scheduling system that facilitates effective management. Process interconnection management system.

With the development of medical technology and big data, the medical data in hospitals plays an increasingly important role in the development of human health. In real life, different medical institutions have their own medical data management systems. The data management system refers to the use of modern computer software technology and network communication technology to fundamentally realize the comprehensive management of the hospital's flow of people, logistics, and financial flows, and to collect, process, store, and extract the data generated in each stage of medical activities. , transmission, aggregation, processing to generate various information, so as to realize the comprehensive and automatic management of the hospital. If you want to do good work, you must first sharpen your tools. Hospitals must have good medical equipment, so that doctors can be more handy when diagnosing and treating patients, and the safety inventory mechanism of hospital equipment can ensure that hospitals can provide stable medical services. Great help. However, the security of data transmission with respect to data generated at various stages of medical activity is an issue that must be considered.

In view of this, the inventors have come up with the present invention to overcome the above-mentioned problems after careful experiments and researches, and the spirit of perseverance in view of the deficiencies in the prior art.

The purpose of the present invention is to provide a cloud-based intelligent multi-task scheduling interconnection management system, by providing medical institutions with the functions of integrating various basic information, medical materials, and scheduling management required for different operations to develop a user interface for setting and query, which can effectively improve the information management efficiency of medical institutions at different time schedules before, during and after surgery; multiple pieces of medical operation data generated by the scheduling management function can be executed on servers in different domains respectively. The link with the adjacent previous block provides a security protection mechanism for the block by means of the block timestamp and the hash value of the block to ensure that the block cannot be tampered with at all and realizes the integrity of the block data. All nodes also obtain and store the same blockchain data. If any node fails and cannot be accessed, the same blockchain data can be obtained through other nodes that store blockchain data to ensure that the High availability of blockchain data.

In order to achieve the purpose of the present invention, the present invention proposes a cloud-based intelligent multi-task scheduling interconnection management system, comprising a cloud-based management server and a surgical operation management platform, the cloud-based management server is respectively connected to a surgical account data by telecommunication through the Internet The database and a medical material database, the surgical account database and the medical material database are respectively connected to the database of a medical information system (HIS) of a medical institution for data exchange; the surgical operation management platform is respectively connected with the surgical operation through the Internet. The account database and the medical material database are respectively connected by telecommunication, and the operation scheduling management platform is a user operation interface and includes: an account management module for managing a user account authority and account settings, so that different authority The user can see the module content of the predetermined authority; a surgery scheduling module is used to provide a manager to set a surgery scheduling to create, query or edit the information of each surgery requirement; a basic information management module A group is used to provide the administrator to create, inquire or edit according to the basic data included in the operation schedule setting; a message push module is used to send an operation schedule to each medical staff corresponding to each operation demand information Notification, so that each medical staff can obtain the surgical demand information through an electronic communication device before the day of surgery; and a data link module to link the database of the medical information system (HIS) for data exchange, so as to update the surgery in real time The data in the account database and the medical material database; wherein, a medical operation data generated by each of the functional modules in the surgical operation management platform is transmitted by multiple servers belonging to different domains, and the operation is scheduled for operation. The content of the procedure notification includes at least the operation date, operation information, patient information, operating room location and medical personnel information of a surgical operation.

According to an embodiment of the present invention, the operation scheduling notification will be sent to the relevant medical personnel at a set time in advance through any of the aforementioned push broadcast formats of text message, email, and communication application software.

According to an embodiment of the present invention, a medical operation data generated by each functional module in the surgical operation management platform is executed by multiple servers belonging to different network domains: at least one piece of medical operation data is stored in a block , and generate a corresponding hash value of medical work data according to the content of each medical work data; each medical work data is linked to zero or more other associated medical work data according to the corresponding hash value of the medical work data; When the block is full of the medical operation data, a corresponding block hash value is generated from the block content and a timestamp is recorded when the block was created, so as to complete the creation of the block; the block is based on the adjacent previous one. The block hash value is concatenated with the adjacent previous block to establish the block chain.

According to an embodiment of the present invention, the surgical operation management platform further includes a surgical record module, and the surgical record module is used to provide a nursing record of the surgical operation performed by the relevant medical personnel, and the nursing record includes: an implantation of the surgical operation. Scanning and reading of medical material barcodes, one of the incoming medical materials; a record of a start time and a completion time of a surgical operation; a record of the patient's physiological information of the surgical operation; the medical material barcode reading formats include GS1, HIBCC, The barcode format regulated by ICCBBA and its three international organizations and other specific format barcodes.

According to an embodiment of the present invention, the operation record module further includes: a predetermined operation schedule, an operation time, an operation patient data, an operation name, a participating medical personnel, a medical equipment use, and an incision price. , One surgical treatment item and a record of special auxiliary information.

According to an embodiment of the present invention, the display of the surgical operation management platform on the user interface includes: a routine surgery scheduling menu, which is used to provide the administrator with a specified date, operating room location, operating room number or surgery One or more of the above selection fields in the department are used to set the surgical schedule to query the surgical demand information; a regular surgery calendar menu is used to provide the administrator with the specified date, specified day, surgery according to the calendar form. Click and select any one of the aforementioned room numbers to generate a setting menu, through which the operation schedule can be set to create, inquire or edit the surgical demand information; a routine operation record menu is used to provide the administrator according to the specified date interval , Surgical department, the name of the chief surgeon, one or more of the above selection fields to query one or more pieces of surgical demand information, and provide the administrator to edit or print according to one or more pieces of surgical demand information Surgical operation report; a cardiac catheter surgery scheduling menu, which is used to provide administrators to schedule surgery according to any one or more of the above-mentioned selection fields, such as the specified date, operating room location, operating room number, and patient-related information. Program setting to inquire about surgical needs information; a cardiac catheterization calendar menu, which is used for administrators to generate a setup menu by clicking on any one of the specified date, specified date, and cardiac catheterization information on the calendar sheet to generate a setup menu. The menu is used to set surgical schedules to create, inquire or edit the information of surgical requirements; a menu of cardiac catheterization records is used to provide administrators with the choice of one or more of the foregoing according to the specified date interval, surgical department, and the name of the chief surgeon. This field is used to query one or more pieces of surgical demand information, and provide the administrator to edit or print a surgical operation report according to one or more pieces of surgical demand information.

According to an embodiment of the present invention, the display of the surgical operation management platform on the user interface further includes: a voucher storage menu, which is used to provide the manager with the aforementioned tasks according to a shipping note provided by a medical material supplier. One or more settings to query a part of medical material inventory information; a temporary storage menu to provide managers with one or more of the aforementioned medical material barcodes, medical material suppliers and medical material quantity. The setting is used to create a part of the medical material inventory information; a medical material delivery menu is used to provide administrators with the settings of one or more of the aforementioned medical material barcodes, reasons for delivery, and surgical departments to query medical materials. A part of the inventory information; an inventory data query menu, which is used to provide the administrator with a part of the medical material inventory information according to the medical material barcode and the settings of one or more of the above-mentioned medical material suppliers; a medical material data The management menu is used to provide the administrator to inquire a part of the medical material inventory information according to any one or more of the above-mentioned settings of the medical material barcode; One or more settings of the above-mentioned barcode, date range, medical material supplier, surgical department, and out/in storage method can be used to query a part of medical material inventory information.

According to an embodiment of the present invention, the surgical operation management platform further includes: an inventory management module for providing the administrator to create, query or edit implant medical records according to a medical material barcode of an implant medical material. material inventory and out/in storage records; a supplier management module for the manager to create, inquire or edit a supplier information or a communication data; and an account statement management module for Provide administrators by screening surgery-related statistics or historical records to query or print.

According to an embodiment of the present invention, the inventory management module includes: a medical equipment inventory, a medical equipment purchase, a medical equipment shipment, a management demand list, a management order form, an inventory check quantity audit, a setting Establishment, inquiry or editing of medical equipment inventory level and a supplier's supply status.

According to an embodiment of the present invention, the account statement management module includes: an audit operation account record, a monthly execution report on the use of medical equipment, a report on the use of a set of medical equipment items, and a medical treatment report for special projects. Equipment usage report, one check medical equipment usage statistics, one set medical equipment item usage statistics, one special item medical equipment usage statistics, one loss medical equipment project statistics, one operating room usage statistics and Once a department-specific auxiliary record is generated.

The detailed description and technical content of the present invention are described below in conjunction with the drawings. However, the accompanying drawings are only for reference and description, and are not intended to limit the present invention. Various embodiments of the present invention will be described in detail below with reference to the accompanying drawings, but the present invention is not limited to these embodiments. The present invention covers any alternatives, modifications, equivalent methods and arrangements made within the spirit and scope of the present invention. In order to give the public a thorough understanding of the present invention, specific details are described in detail in the following preferred embodiments of the present invention, and those skilled in the art can fully understand the present invention without the description of these details.

As mentioned in the prior art, the specialized field of surgery and medical supplies used in various departments in a medical institution seeks strict management and supporting measures related to logistics. Please refer to FIG. 1 and FIG. 4 of the present invention. The present invention provides a cloud-based intelligent multi-task scheduling interconnection management system 10, including a cloud management server 100 and a surgical operation management platform 200. The cloud management server 100 is provided with a surgical operation The account database 110 and a medical material database 120, the operation account database 110 and the medical material database 120 are respectively connected to a database of a medical information system (HIS) of a medical institution for data exchange; a surgical operation management platform The operation management platform 200 is respectively connected to the operation account database 110 and the medical material database 120 by telecommunication respectively through the Internet, and the operation management platform 200 provides a manager to set an operation schedule according to medical needs, so as to generate one or more operation needs The information is stored in the surgical account database, and provides the administrator to perform an out/in storage setting according to the inventory requirements, so as to generate one or more pieces of medical material inventory information and store it in the medical material database; among which the surgical operation management The platform is a user operation interface, and the user operation interface is used for the administrator to inquire about one or more pieces of surgical demand information or one or more pieces of medical material inventory information, and generate a surgical operation report according to the surgical demand information for The relevant medical personnel perform an operation according to the information in the operation report, and the operation includes a routine operation or a cardiac catheterization operation.

According to the surgical operation management system 10 of the present invention, the present invention further proposes a surgical operation management platform 200 constructed in response to the aforementioned surgical operation management system 10; the surgical operation management platform 200 mainly includes an account management module 210, a surgical schedule A management module 220 , a basic information management module 230 , an inventory management module 240 , an account statement management module 250 , a supplier management module 260 , and a data link module 270 are multiple functional modules. The foregoing disclosure of the present invention discloses that the surgical operation management platform 200 is a user interface (eg, a website platform) for users to use the website platform for operation/management, and the aforementioned modules (210, 220, 230, 240, 250, 260) , 270) respectively contain a plurality of units for the administrator to create, inquire or edit the information of surgical requirements and the inventory of medical materials, which will be explained with the diagram below.

Please refer to FIGS. 2a-2f, which respectively show application examples of each functional module of the user interface. The operation scheduling management module 220 is used to provide the administrator with the operation scheduling setting to create, inquire or edit each operation demand information; the basic information management module 230 is used to provide the administrator with the basis for the operation scheduling setting. Data is created, inquired or edited; the inventory management module 240 is used to provide administrators to create, inquire or edit the inventory and out/in storage records of medical materials according to a medical material barcode; the account statement management module 250 is used to provide The administrator can query or print the statistical data or historical records related to the operation; the supplier management module 260 is used to provide the administrator with creating, querying or editing a supplier information or a communication data; the data linking module 270 is used for By linking the database of the medical information system (HIS) for data exchange, the data of the surgical account database 110 and the medical material database 120 can be updated in real time.

First of all, some nouns or terms appearing in the process of describing the embodiments of the present invention are suitable for the following explanations:

Blockchain: is a decentralized data storage technology. Its related technologies include new application models of computer technologies such as decentralized storage, point-to-point transmission, consensus mechanisms, and encryption algorithms. For example, the blockchain divides data into different blocks, each block is linked to the back of the previous block through specific information, and a complete set of data is presented in sequence. Among them, "block" refers to the file that stores records, recording all the value conversion activities that occurred during its creation period; "chain" refers to the storage of blocks in the database in chronological order.

Symmetric encryption algorithm: refers to the encryption algorithm that uses the same key for encryption and decryption. Specifically, in the symmetric encryption algorithm, the data sender processes the plaintext (original data) and the encryption key together with the encryption algorithm. , make it into a complex encrypted ciphertext and send it out; after receiving the ciphertext, the recipient uses the used encryption key and the inverse algorithm of the same algorithm to decrypt the ciphertext to restore it to readable plaintext .

Asymmetric encryption algorithm: An encryption algorithm that uses different keys for encryption and decryption. Specifically, in the asymmetric encryption algorithm, the data sender encrypts the plaintext (original data) using the recipient's public key, and the recipient uses its own private key to decrypt.

Digital signature: refers to the method used to identify digital information. The data sender uses a hash function to generate a message digest from the message text, and then encrypts the message digest with its own private key, and encrypts the encrypted message. The digest of the message is sent to the recipient together with the digital signature of the message. After receiving the message, the recipient first uses the same hash function as the sending to calculate the message digest from the received original message. Then use the sender's public key to decrypt the additional digital signature of the message. If the two digests are the same, it is confirmed that the digital signature comes from the data sender.

In theory, blockchain is a decentralized repository that is almost impossible to change, not dependent on a single technology, but the result of the integration of multiple technologies. Since the blockchain is composed of many nodes to form an end-to-end network, there is no centralized equipment and management organization, anyone can participate in the blockchain network, each device can be used as a node, each Nodes are allowed to obtain a complete copy of the database. Based on a consensus mechanism, the nodes jointly maintain the entire blockchain. If any node fails, the rest of the nodes can still work normally. The operating rules of the blockchain are open and transparent, and all data information is also public, so every transaction is visible to all nodes. However, in some specific blockchain applications, such as blockchain credit reporting systems, blockchain public welfare, blockchain smart contracts, etc., the application party hopes that the transaction data will be kept secret and only specific application parties and Regulators can view transaction profiles. In this case, access to the data needs to be controlled.

At present, the existing technology mainly adopts the following two schemes for the access control of data on the blockchain: the first scheme is to control the read permission of transaction data. This scheme requires that all data access nodes on the chain implement a A complex data reading permission control system; the second scheme stores the transaction data in the trusted third-party manufacturer off-chain, and only stores the transaction data summary on the chain, but this scheme needs to ensure the security of the trusted third-party manufacturer, In the event of a security problem with this trusted third-party, transaction data will also be at risk. It can be seen that the above two schemes have some limitations. Both schemes essentially use traditional security boundary control to achieve data protection, and the protection of transaction data is not very guaranteed. For example, for the first scheme above, once the system permission of a node is breached, all the data will be leaked; for the second scheme above, the trusted third-party manufacturer that stores the transaction data offline, also adopts the boundary The security control method also has the risk of system permission being breached. As hacker penetration technology becomes more and more powerful, and operating system loopholes are more difficult to guard against, it is difficult to ensure the security of data by relying on such a scheme.

The above-mentioned transmission between the multiple pieces of medical operation data generated by the surgical operation management platform 200 and the cloud management server 100 is based on the block chain (Blockchain) structure; the following describes the interconnection management based on the block chain (Blockchain) structure of the present invention system. Referring to FIG. 4 , first, the blockchain is formed by a plurality of blocks, that is, N blocks (block 1 to block K). Two adjacent blocks, such as block 1 and block 2, block 2 and block 3, and so on, and even block K-1 and block K are chained together to form the block blockchain. As for the linking method between the two blocks, there will be a more detailed explanation later in the article. The blockchain and its blocks can be established and stored on multiple network servers in different network domains (different telecom operators), and each of the servers is connected by a network, and the network can be Private network, public network or hybrid network, etc. Of course, the above-mentioned network types are not intended to limit the implementation of the present invention.

As mentioned above, the content of a single block, that is, the content stored in the single block, taking block K as an example, includes a hashing value (a hashing value) of a block before the block K. value of the previous block), that is, a block hash value of the previous block K-1 of the block K, a record of one or more medical operation data stored in the block K, that is, n records Records of medical work data (medical work data K1 ~ medical work data Kn), a time stamp when the block K is created, and a block hash value of the block K. Wherein, the block hash value of the block K is composed of the block hash value of the previous block K-1 of the block K, the record of the one or more pieces of medical operation data K1~Kn, and the block The timestamp upon completion of the creation is generated by a cryptographic hash function. The secure hash algorithm used in the present invention is not limited to the SHA-512 algorithm. Furthermore, the SHA-512 algorithm is a widely used algorithm that can operate and convert data into a fixed-length value. Therefore, the operation and conversion method of the SHA-512 algorithm will not be repeated here.

Please refer to FIG. 3 , taking the block K as the current block for storing medical operation data as an example, therefore, the block K is defined as an operation block. Since the operation block is the block K, all blocks before the block K, that is, block 1 to block K-1, have been established. The content can no longer be changed. Therefore, it can be determined whether the contents of the block 1 to the block K-1 have been tampered with by verifying whether the block hash value of the block associated with each block has changed. In this embodiment, by storing the block hash value of the block K-1 in the block K, the block K-1 and the block K are linked to each other. Similarly, the block 2 stores the block hash value of block 1, the block 3 stores the block hash value of block 2, and so on, and even the block K stores the block hash value of block K-1. Block hash value, in this way, through the linking of two adjacent blocks, block 1 to block K are linked in series to form the block chain. Furthermore, by linking the block hash value of the block K-1 before the block K, once the data content of any block in the block chain is tampered with, it can be immediately and accurately to detect the integrity of the data, and to ensure the integrity of the data.

As mentioned above, the medical operation data K1~Kn stored in the block K do not necessarily have an associated relationship. Taking the medical material transaction between a medical institution (demand side) and a medical material supplier (supply side) as an example, the medical institution (demand side) is the unit that establishes medical operation data, and the medical material supplier (supplier side) is the receiving side. A unit of medical work data, and a relationship can be defined between all medical work data established by the medical institution (demand side) to the medical material supplier (supplier end). Therefore, the medical operation data K1~Kn stored in the block K do not necessarily have an associated relationship, which refers to all the medical materials established by the medical institution (demand side) to the medical material supplier (supplier side). The medical operation data will not be stored in the same block. In practice, the time difference of the transaction data also makes the related medical operation data not necessarily stored in the same block. In this embodiment, the associated medical operation data are randomly established, and the time of the medical operation data is stored in the block in the current operation, that is, it may be partially stored in the same block, or Possibly partially scattered in different blocks.

The time stamp of the block K is defined as when the block K is full of the medical operation data K1~Kn, that is, when no other medical operation data is to be stored, it is defined that the block K completes the establishment, and The time stamp of the block K is the date and time when the block K was created. In addition, the time stamp is recorded and stored in millisecond time format so that various access points can convert their desired date time format. By recording the time stamp information of different blocks when they are created, the time sequence relationship between the blocks before and after the blockchain is matched, that is, the timestamp of the block created later must be later than the timestamp of the block created earlier, in other words , the milliseconds of the timestamp of the block created after it must be greater than the number of milliseconds of the timestamp of the block created before. In this way, by judging the sequence information of time stamps between different blocks, it is possible to verify whether any block has been tampered with or forged, and to verify the rationality of the creation time of these blocks. Therefore, the block hash value of the block K is composed of the block hash value of the block K-1, the records of the plurality of medical operation data K1~Kn, and the time stamp when the block was created through the Generated by a secure hash algorithm.

Taking the medical operation data K1 in FIG. 6 as an example, the content of a single medical operation data includes the public key of the issuer's public key of the creator of the medical operation data K1 and the public key of one of the recipients of the medical operation data K1. key (receiver's public key), the transaction content of the medical work data K1, the medical work data hash value of zero or more pieces of medical work data associated with the medical work data K1, a time when the medical work data K1 was created A time stamp and a hash value of medical work data of the medical work data K1. The public key of the creator of the medical work data K1 and the public key of the receiver of the medical work data K1 can use the RSA algorithm (Rivest-Shmir-Adleman cryptography) in the asymmetric encryption algorithm, or Elliptic curve cryptography (ECC) is generated, but not limited to the above two algorithms. It can also be generated for the DES data encryption standard (Data Encryption Standard) and AES advanced encryption standard (Advanced Encryption Standard) in the symmetric encryption algorithm.

According to an embodiment of the present invention, the medical operation data hash value of the medical operation data K1 is determined by the public key of the creator of the medical operation data K1, the public key of the receiver of the medical operation data K1, The transaction content of the medical work data K1, the medical work data hash value of the zero or more pieces of medical work data associated with the medical work data K1, and the timestamp when the medical work data K1 was created are calculated through a secure hash algorithm generated by the cryptographic hash function.

According to an embodiment of the present invention, the secure hash algorithm is not limited to the SHA-512 algorithm. Thereby, through the complete data of the medical operation data K1 (including the public key of the creator, the public key of the receiver, the transaction content of the medical operation data K1, the zero associated with the medical operation data K1 The hash value of medical operation data of one or more pieces of medical operation data and the time stamp when the medical operation data K1 is created) are used to calculate the security hash value. Therefore, due to the calculation characteristics of the hash value, when any data of the medical operation data K1 is tampered with, it can be accurately detected that the medical operation data K1 has been damaged, so as to ensure the data integrity of the medical operation data K1 (integrity). The public key of the creator of the medical work data K1 is the public key provided by the unit that created the medical work data. The public key of the recipient of the medical work data K1 is the public key provided by the unit that receives the medical work data K1.

According to an embodiment of the present invention, the time stamp of the medical operation data K1 is the date and time when the medical operation data K1 is created. In addition, the time stamp is recorded and stored in millisecond time format so that various access points can convert their desired date time format.

Please refer to FIG. 1 and FIGS. 2a-2f again. According to an embodiment of the present invention, the display of the surgical operation management platform 200 on the user interface includes a routine surgery schedule menu, a routine surgery calendar menu, and a routine surgery menu. The operation record menu and the routine operation schedule menu are used to provide the administrator with the selection field of the specified date, operating room location, operating room number or any one or more of the above-mentioned fields of surgical department to set the surgical schedule to Inquire about surgical demand information; the conventional surgery calendar menu is used for the administrator to generate a setting menu by clicking on any one of the specified date, the specified day, and the operating room number on the calendar sheet to generate a setting menu, and the operation can be scheduled through the setting menu. Set to create, inquire or edit information on surgical needs; the routine operation record menu is used to provide administrators to inquire one or more of the above selection fields according to the specified date range, surgical department, and the name of the chief surgeon. The operation demand information of the pen, and provide the administrator to edit or print the operation report according to one or more pieces of operation demand information, as shown in Figure 2b.

According to an embodiment of the present invention, the part in which one or more pieces of surgical demand information are edited through the conventional surgical record menu includes patient identity information, basic surgical data, surgical pricing data, surgical participants, and surgical material data. , One or more of the above-mentioned nursing records of patients before surgery, nursing records of patients during surgery, and nursing records of patients after surgery.

According to an embodiment of the present invention, the display of the surgical operation management platform 200 on the user operation interface includes a cardiac catheterization procedure scheduling menu, a cardiac catheterization operation calendar menu and a cardiac catheterization operation record menu, and the cardiac catheterization operation scheduling menu is used to provide The administrator can set the operation schedule according to any one or more of the above-mentioned selection fields, such as the specified date, the location of the operating room, the room number of the operating room, and the patient-related information. It is used to provide the administrator with a click selection according to any one of the specified date, the specified date, and the cardiac catheterization information on the calendar form to generate a setting menu, and the operation scheduling setting is performed through the setting menu to create, query or edit the operation requirements. Information, as shown in Figure 2c; the cardiac catheterization record menu, which is used to provide the administrator with one or more selection fields to query one or more operations according to the specified date interval, surgical department, and the name of the chief surgeon. Demand information, and provide administrators to edit or print surgical operation reports according to one or more surgical demand information.

According to an embodiment of the present invention, the part for editing one or more pieces of surgical demand information through the cardiac catheterization record menu includes patient identity information, basic surgical data, surgical pricing data, surgical participants, and medical materials used in surgery. One or more of the aforementioned data, patient care records before surgery, patient care records during surgery, patient post-operative care records, and cardiac catheterization data.

According to an embodiment of the present invention, the display of the surgical operation management platform 200 on the user interface includes a voucher storage menu, a temporary storage menu, a medical material output menu, an inventory data query menu, a medical material data management menu, and A medical material out/in inquiry menu, the voucher in-stock menu is used for the administrator to inquire a part of the medical material inventory information according to one or more of the above-mentioned settings of a shipment note provided by a medical material supplier ;The temporary storage menu is used to provide the administrator with one or more of the settings of the medical material barcode, medical material supplier and medical material quantity to create a part of the medical material inventory information; the medical material delivery menu is used to provide The administrator can inquire a part of the medical material inventory information according to the settings of any one or more of the above-mentioned medical material barcode, storage reason, and surgical department; The supplier's one or more of the above settings can be used to query part of the medical material inventory information; the medical material data management menu is used to provide managers A part of inquiring medical material inventory information; the medical material out/in inquiry menu is used to provide administrators with any one or more of the aforementioned medical material barcodes, date ranges, medical material suppliers, surgical departments, and out/in storage methods. is set to query a part of medical material inventory information, as shown in Figure 2d.

According to an embodiment of the present invention, the query part includes at least one of the supplier name, shipping area, shipping department, date of creation of the shipping note, type of medical materials, and quantity of medical materials delivered through the voucher receipt menu. Information; through the temporary warehousing menu to create a part of barcode data that includes at least one of the supplier name, medical material barcode, medical material product name, and storage quantity; through the medical material outbound menu to query the part that includes medical material barcode, medical material product name , the information of at least one of the reasons for leaving the warehouse; through the inventory data query menu, the query part contains the information of at least one of the above-mentioned medical material barcode, medical material product name, and inventory quantity; through the medical material data management menu, the query part contains medical materials. product name (Chinese/English), category, specification, barcode (REF code), expiry date, price, pricing method, license number, supplier name, single usage amount, health insurance code or any of the foregoing The above information; through the medical material out/in query menu, the query part includes the medical material barcode, medical material product name, supplier name, storage department, outbound department, storage method, storage method, storage date, and storage date. one or more of the information. The aforementioned medical materials can generally refer to various medical consumables, surgical instruments, and the like.

As mentioned above, please refer to FIG. 3 , the barcode (REF code) on the medical material is mainly identified by a medical material identification device 30 ; the medical material identification device 30 includes a barcode scanner 31 and an electronic device connected to the barcode scanner 31 . The terminal device 32; the electronic terminal device 22 can be a terminal device with independent functions of computing analysis, data processing and networking, and is connected to the cloud management server 100 through the Internet to realize data interaction, such as a personal computer or a notebook computer, while the electronic The terminal device 32 can be installed with a decoding application; and the barcode scanner 31 can be used to scan the identification barcode G on the package of the target medical material, and pass the scanned and decoded data through the electronic terminal device 32 and through the cloud management server 100 through wired or The wireless network is transmitted to the medical material database 120; wherein the identification barcode G can be a unique identification code (Unique Device Identification, UDI), which can be a barcode format regulated by three international organizations such as GS1, HIBCC or ICCBBA. The medical material database 120 can be respectively integrated with large databases of medical institutions, such as a medical information system (Healthcare/Hospital Information System, HIS). The identification barcode G on a target medical material is analyzed. Figure 3 shows the identification barcode G of the target medical material. In this embodiment, the GS1 international barcode (one-dimensional linear barcode, GTIN) standard is used as an example, but it is not a limitation of the present invention, and it can also be a GS1-128 barcode. One-dimensional linear barcode standard. The identification barcode G of the target medical materials can be divided into A block, B block, C block and D block; among them, block A represents the country code assigned to the GS1 headquarters, block B represents the country assigned manufacturer code, C The block represents the product code, and the D block represents the check code calculated according to the formula; basically, the A block and the B block can identify the product provided by the medical material supplier, and the D block is the product provided by the medical material supplier. The value calculated by the block according to the fixed calculation formula is used to check whether the barcode scanning is correct.

The medical material database 120 can analyze the coding method of the identification barcode G on the medical material packaging provided by a plurality of medical material suppliers in advance through the big data analysis technology; wherein, the medical material database 120 can analyze the identification code G on each medical material packaging The commodity code of barcode G (eg block C) is divided into the first part, the second part and the third part. If the number of the commodity code in the identification barcode G on the package of the target medical material is a multiple of 3, the medical material database 120 makes the numbers of the first part, the second part and the third part equal; When the number of the product code in the identification barcode G on the medical material package is not equal to a multiple of 3, the medical material database 120 makes the number of the second part larger or smaller than that of the first part and the third part; if the target The number of the product code in the identification barcode G on the medical material package is 8 codes, the number of the second part is 2 codes, and the number of the first part and the third part is 3 codes; In one embodiment, if the product code of the identification barcode G on the package of the target medical material is 7 codes, the number of codes in the second part is 3 codes, and the number of codes in the first part and the third part is 2 codes, And so on. Next, the medical material database 120 can generate the first logic rule, the second logic rule and the third logic rule for the first part, the second part and the third part respectively according to the function, type and model of each medical product .

Through the above method, the medical material database 120 can know the first part, the second part and the third part of the commodity code of the medical product according to the function, type and model of each medical material supplier. Part of the respective encoding logic. Next, the medical material database 120 can also divide the commodity code of the identification barcode of the target medical material into the first part C1, the second part C2 and the third part C3, and can be based on the first logic rule and the second logic The rule and the third logic rule determine the function, type and model of the target medical material to generate an analysis result, and execute the medical supplies management record according to the analysis result. Of course, the above are only examples, and the medical material identification device 30 of this embodiment can be applied to various types of barcode standards, all of which can achieve excellent results and greatly improve the efficiency of medical material management. Furthermore, medical personnel can directly manage the target medical materials by scanning the barcode on the target medical material through the barcode scanner 31 , and do not need to manually record the use status of the medical supplies, so the efficiency can be greatly improved and the accuracy is extremely high. The medical material database 120 uses big data analysis technology to divide the commodity code in the barcode on the medical material supplied by each supplier into multiple parts in advance, and analyzes the coding logic of each part to find out the corresponding code. Logical rules, so the function, type and model of each medical product can be more accurately identified.

According to an embodiment of the present invention, the display of the surgical operation management platform 200 on the user operation interface may further include a medical material usage report menu, an operating table number report menu, and an operating room usage report menu. The medical material usage report menu is used for In order to provide administrators with the settings of any one or more of the above-mentioned date range, medical material supplier, and surgical department, to query or print a part of the statistical data or historical records related to surgery; the operating table number report menu, It is used to provide administrators to query or print surgery-related statistical data or part of historical records according to the settings of the date range; the operating room uses the report menu to provide managers to query or print surgery according to the settings of the date range The relevant statistics or part of the historical record is shown in Figure 2e.

According to an embodiment of the present invention, the display of the surgical operation management platform on the user interface includes a surgical basic setting menu and a surgical consent setting menu. You can create, query or edit any one or more of the above-mentioned options, such as number, surgery level, and operating room number and opening hours; the surgical consent form setting menu is used for administrators to compile or upload the surgical consent form for query or editing. Edited as shown in Figure 2f.

The account management module 210 is used to manage a user's account authority and account settings, so that users with different authority can see the module content of the predetermined authority, and users with specific management authority can view the user's login/logout time and usage time. In this embodiment, when entering the user operation interface of the surgical operation management platform 200, the user account and the corresponding password need to be entered to complete the login. User account; it is explained here that the above-mentioned set times can be set by the administrator with the highest authority. For example, 5 or 10 wrong login attempts will be blocked when the set number is exceeded, and the administrator with the highest authority can log in to the operation management platform 200. View blocked user accounts in to reduce the risk of cyber-hackers hacking the website platform. The following describes each function module for the user interface after logging in.

To sum up, the cloud intelligent multi-task scheduling interconnection management system proposed by the present invention develops a user by providing medical institutions with the functions of integrating various basic information, medical materials, and scheduling management required for different operations. Setting and querying through the operation interface can effectively improve the information management efficiency of medical institutions at different time schedules before, during and after surgery; in addition, multiple pieces of medical operation data generated through the scheduling management function can be stored in different domains. The server it belongs to executes the establishment of the link between the block and the adjacent previous block, and provides the block's security protection mechanism through the block's time stamp and the block's hash value to ensure that the block cannot be accessed at all. tampering to achieve the integrity of block data, all nodes also obtain and store the same block chain data, if any node fails and cannot be accessed, the same block chain data can be obtained through other nodes that store block chain data. Blockchain data to ensure high availability of blockchain data.

Although the present invention is disclosed by the above-mentioned preferred embodiments, it is not intended to limit the present invention. Anyone who is familiar with the similar arts can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, this The scope of patent protection of the invention shall be determined by the scope of the patent application attached to this specification. However, the above-mentioned specific embodiments are only used to illustrate the features and effects of the present invention, rather than to limit the applicable scope of the present invention. Without departing from the spirit and technical scope of the present invention, any application Equivalent changes and modifications made by the disclosed contents of the present invention should still be covered by the following patent application scope.

100: Cloud Managed Server 110: Surgical Accounts Database 120: Medical Materials Database 200: Surgical operation management platform 210: Account Management Module 220: Surgery Schedule Management Module 230: Basic Information Management Module 240: Inventory Management Module 250: Account Statement Management Module 260: Supplier Management Module 270:Data Link Module 30: Medical material identification device 31: Barcode Scanner 32: Electronic terminal equipment G: Identification barcode K: block

FIG. 1 is a schematic block diagram of the cloud-based intelligent multi-task scheduling interconnection management system of the present invention. 2a-2f are schematic diagrams illustrating application examples of the user interface of the present invention. FIG. 3 is a schematic diagram illustrating the operation structure of the medical material identification device of the present invention. FIG. 4 is a schematic diagram illustrating the operation structure of FIG. 1 based on the present invention. FIG. 5 is a block chain block diagram for drawing medical operation data of the present invention. FIG. 6 is a block diagram illustrating the content of the medical operation data block of the present invention.

100: Cloud Managed Server

110: Surgical Accounts Database

120: Medical Materials Database

200: Surgical operation management platform

210: Account Management Module

220: Surgery Schedule Management Module

230: Basic Information Management Module

240: Inventory Management Module

250: Account Statement Management Module

260: Supplier Management Module

270:Data Link Module

Claims (10)

A cloud-based intelligent multi-task scheduling interconnection management system, comprising: A cloud management server, respectively telecommunicationly connecting a surgical account database and a medical material database through the Internet, and the surgical account database and the medical material database are respectively connected to the data of a medical information system of a medical institution repository for data exchange; and A surgical operation management platform is respectively connected with the surgical account database and the medical material database by telecommunication through the Internet. The surgical scheduling management platform is a user operation interface and includes: an account management module for managing a user's account authority and account settings, so that users with different authority can see the module content with predetermined authority; an operation scheduling module, which is used for providing an administrator to set a surgical schedule to create, inquire or edit each operation demand information; a basic information management module for providing the administrator to create, query or edit according to the basic data included in the operation schedule setting; a message push module for sending an operation scheduling notification according to each medical staff corresponding to each surgical demand information, so that each medical staff can obtain the surgical demand information through an electronic communication device before the day of the operation; and a data linking module for linking the database of the medical information system for data exchange, so as to update the data in the surgical account database and the medical material database in real time; Wherein, a medical operation data generated by each of the functional modules in the surgical operation management platform is transmitted to a plurality of servers belonging to different network domains. The cloud-based intelligent multi-task scheduling interconnection management system according to claim 1, wherein the content of the operation scheduling notification at least includes the operation date, operation information, patient information, operating room location and information of participating medical personnel of one operation operation , and the surgery schedule notification will be sent to the relevant medical staff at a set time in advance through any of the aforementioned push broadcasts via SMS, email, or communication application software. The cloud-based intelligent multi-task scheduling interconnection management system according to claim 1, wherein the medical operation data is executed by multiple servers belonging to different network domains: storing at least one piece of medical work data in a block, and generating a corresponding hash value of medical work data according to the content of each medical work data; Each of the medical operation data is linked to zero or more than one other related medical operation data according to the corresponding hash value of the medical operation data; When the block is full of the medical operation data, generate a corresponding block hash value based on the block content and record a timestamp when the block was created, so as to complete the creation of the block; The block is linked with the adjacent previous block according to the hash value of the adjacent previous block to establish the block chain. The cloud-based intelligent multi-task scheduling interconnection management system according to claim 1, wherein the surgical operation management platform further comprises an operation record module, and the operation record module is used to provide a nursing record of the operation performed by the relevant medical personnel, The care record contains: Scanning and reading of the barcode of one of the medical materials for an implant in a surgical operation; A record of a start time and a completion time of the operation; Records of patient physiological information for surgical operations; The medical material barcode reading formats include GS1, HIBCC, ICCBBA and the barcode formats regulated by its three international organizations and other specific format barcodes. The cloud-based intelligent multi-task scheduling interconnection management system according to claim 4, wherein the surgery record module further comprises: a scheduled surgery schedule, a surgery operation time, a surgery patient data, a surgery name, a medical participation Records of personnel, one medical equipment use, one incision pricing, one surgical treatment item, and one department-specific auxiliary information. The cloud-based intelligent multi-task scheduling interconnection management system as claimed in claim 1, wherein the operation management platform's display on the user operation interface includes: A general surgery schedule menu, which is used to provide the administrator with the selection field of the specified date, operating room location, operating room number, or any one or more of the aforementioned selection fields of the surgical department, to set the surgical schedule to query the surgery demand information; A conventional surgery calendar menu, which is used for the administrator to generate a setting menu according to any one of the specified date, specified day, and operating room number on the calendar sheet to generate a setting menu, and set the operation schedule through the setting menu to create , query or edit information on surgical needs; A routine operation record menu, which is used to provide the administrator with one or more selection fields of the specified date range, surgical department, and the name of the chief surgeon to inquire about one or more pieces of surgical demand information, and provide management The operator edits or prints the operation report according to one or more pieces of surgical demand information; A cardiac catheterization procedure scheduling menu, which is used to provide administrators with one or more selection fields of the specified date, operating room location, operating room room number, and patient-related information to set the surgical schedule for query. information on surgical needs; A cardiac catheterization calendar menu, which is used to provide the administrator according to the click selection of any one of the specified date, specified date, and cardiac catheterization information on the calendar sheet to generate a setting menu, and the operation schedule is set through the setting menu to create , query or edit information on surgical needs; and A cardiac catheterization record menu, which is used to provide administrators with one or more selection fields of the specified date range, surgical department, and the name of the chief surgeon to inquire about one or more pieces of surgical demand information, and provide management The operator edits or prints the operation report according to one or more pieces of surgical demand information. The cloud-based intelligent multi-task scheduling interconnection management system as claimed in claim 1, wherein the operation management platform of the surgical operation further includes: A voucher storage menu, which is used for the administrator to inquire a part of the medical material inventory information according to one or more of the above-mentioned settings of a shipping note provided by a medical material supplier; A temporary warehousing menu, which is used for the administrator to create a part of medical material inventory information according to any one or more of the aforementioned settings of medical material barcode, medical material supplier and medical material quantity; A medical material delivery menu, which is used to provide administrators with a part of the medical material inventory information according to the settings of one or more of the above-mentioned barcodes, reasons for stocking out, and surgical departments; An inventory information query menu, which is used for the administrator to query a part of the medical material inventory information according to the medical material barcode and the settings of one or more of the above-mentioned medical material suppliers; A medical material data management menu, which is used for the administrator to inquire a part of the medical material inventory information according to one or more of the aforementioned settings of the medical material barcode; and A medical material out/in query menu, which is used to provide administrators to inquire about medical materials according to any one or more of the above-mentioned settings of medical material barcode, date range, medical material supplier, surgical department, and out/in storage method. part of the material inventory information. The cloud-based intelligent multi-task scheduling interconnection management system according to claim 1, wherein the surgical operation management platform further comprises: an inventory management module, which is used for providing the manager to create, inquire or edit the inventory and out/in storage records of the implant medical material according to a medical material barcode of an implant medical material; a supplier management module for providing the manager with creating, querying or editing a supplier information or a communication data; and An accounting statement management module is used to provide the administrator with the query or print of the statistical data or historical records related to the screening operation. The cloud-based intelligent multi-task scheduling interconnection management system according to claim 8, wherein the inventory management module includes: a medical equipment inventory, a medical equipment purchase, a medical equipment delivery, a management demand list, and a management order form , 1. Perform inventory check and quantity audit, 1. Set medical equipment inventory level and 1. Establish, inquire or edit supplier supply status. The cloud-based intelligent multi-task scheduling interconnection management system as claimed in claim 8, wherein the accounting report management module includes: an audit operation accounting record, a monthly execution report on the use of medical equipment, and an execution set of medical equipment Project use report, one-execution special project medical equipment use report, one-check medical equipment usage statistics records, one-check sets of medical equipment project usage statistics records, one-check special-project medical equipment use statistics records, one-check loss-making medical equipment items Statistics, check the operating room usage statistics and generate department-specific auxiliary records.

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