阅读说明：本技术 一种掌上智慧医院装置 (Palm intelligent hospital device ) 是由 李明 李成严 于 2021-07-15 设计创作，主要内容包括：一种掌上智慧医院装置,涉及医疗信息化领域。传统门诊就医流程一直以现场挂号候诊检查收费为主要形式,存在排队时间长,预约时间长,患者体验差等各种顽疾。本发明提供了一种装置,包括给用户建立个人档案的注册建档模块；用户存入预交费用的预交金充值模块；用户挂号和预约门诊的预约挂号取号模块；用户缴纳问诊费用的门诊结算模块；用户自主查询信息的综合查询模块；根据用户实际情况提供相应药物信息的智慧开药模块；用于只需要一部手机,就可以实现预约挂号、报告查询、费用查询、在线支付等功能,让用户免去排队困扰,享受更优质、便捷、高效和人性化的服务,同时也改善医院环境,改善用户就诊体验。可应用在医院、银行或车管所等现场。(A palm intelligent hospital device relates to the field of medical informatization. The traditional outpatient service procedure always takes on-site registration, waiting, examination and charging as a main form, and has various stubborn diseases such as long queuing time, long appointment time, poor patient experience and the like. The invention provides a device, which comprises a registration filing module for establishing a personal file for a user; the user deposits the prepaid money recharging module for prepaid fee; a user registration and appointment registration and number taking module for appointment outpatient service; the outpatient service settlement module is used for paying the inquiry fee by the user; the comprehensive query module is used for autonomously querying information by a user; an intelligent prescription module for providing corresponding medicine information according to the actual situation of the user; the system can realize the functions of appointment registration, report inquiry, cost inquiry, online payment and the like only by one mobile phone, so that users can avoid the trouble of queuing, enjoy high-quality, convenient, efficient and humanized services, and simultaneously improve the hospital environment and the experience of the patients. Can be applied to the fields of hospitals, banks or vehicle administration places and the like.)

1. A palm-size intelligent hospital device, comprising:

the registration filing module is used for establishing a personal file for a user;

the prepayment money charging module is used for storing prepayment fees for the user;

the appointment register and number taking module is used for registering a user and reserving an outpatient service;

the outpatient service settlement module is used for paying the inquiry fee by the user;

the comprehensive query module is used for the user to query the inquiry information, the charging information and the medicine taking information independently;

the intelligent medicine opening module is used for providing corresponding medicine information according to the actual condition of the user;

the intelligent medicine prescription module searches the intelligent medical information system by adopting a clustering model based on R tree index;

the clustering model based on the R tree index is constructed in the following mode:

introducing a DCC algorithm to construct an R tree model, assuming that the distance between data to be queried is R, and expressing the form as follows:

where m is the number of spatial data and d is the given spatial region range.

2. The smart handheld hospital device according to claim 1, wherein said comprehensive query module utilizes pathology data mining principle based on Apriori algorithm to realize information query.

3. The intelligent handheld hospital device as claimed in claim 1, wherein said pre-paid money-charging module and said outpatient settlement module use a T +1 reconciliation mode to check the charging information.

4. The smart handheld hospital device according to claim 1, further comprising: and the medical information storage module is used for storing the user information and the corresponding inquiry information, and particularly stores the user information and the corresponding inquiry information by adopting hdfs.

5. The smart handheld hospital device according to claim 1, further comprising: and the reservation number-returning module is used for directly returning the number and the fee of the user.

6. The smart handheld hospital device according to claim 1, further comprising: and the report query module is used for querying the inspection report on line.

7. The smart handheld hospital device according to claim 1, further comprising: a satisfaction evaluation module for evaluating a user's experience of use of the device.

8. The intelligent handheld hospital device as recited in claim 1, wherein said appointment register and number-taking module further comprises: and the backtracking modification submodule is used for changing registration information of a user.

9. The intelligent handheld hospital device of claim 1, wherein said outpatient settlement module further comprises: and the fee refunding submodule is used for the user to put forward a refund paid fee application and transact the fee refunding service.

10. The smart handheld hospital device according to claim 9, wherein said chargeback sub-module further comprises: and the manual auditing secondary submodule is used for providing a confirmation information input interface for the returned and paid fee application proposed by a manual auditing user and starting a refund transaction service after receiving the confirmation information.

Technical Field

Relates to the field of medical informatization.

Background

The traditional outpatient service process always takes on-site registration waiting examination charging as a main form, various stubborn diseases such as long queuing time, long appointment time, poor patient experience and the like exist, and most hospitals have completed the application of a Hospital Information System (HIS) facing to a service process at present and integrate a clinical diagnosis and treatment and a clinical management system. With the rapid development of information technologies such as big data, artificial intelligence, internet of things and the like, particularly under the background of new medical changes, traditional medical services gradually move to real remote and intelligent. The hospital information construction application technical guide (2017) and the hospital information device application function guide propose that functions such as registration, payment, inquiry, doctor-patient communication and the like are integrated into the Internet, real-name authentication and information integration inquiry service is realized, and queuing and number calling service is provided.

The current goal of hospital informatization is shifting from traditional digital hospitals to intelligent hospitals. The intelligent hospital utilizes the advanced internet technology to realize multidimensional interaction between a patient and medical staff, a medical institution and medical equipment, and is a higher form of information development of the hospital. The evaluation of intelligent hospitals in China is divided into three dimensions of intelligent medical treatment, intelligent service and intelligent management. The intelligent service is directly connected to the user, the construction of an intelligent hospital is accelerated, the diagnosis and treatment process is improved and optimized by using the internet information technology, and the medical experience of the patient is improved by running through the links before, during and after the diagnosis.

Disclosure of Invention

The traditional outpatient service procedure always takes on-site registration, waiting, examination and charging as a main form, and has various stubborn diseases such as long queuing time, long appointment time, poor patient experience and the like. The invention provides a palm intelligent hospital device, which solves the problems and adopts the specific scheme that:

a palm-size smart hospital device, the device comprising:

the registration filing module is used for establishing a personal file for a user;

the prepayment money charging module is used for storing prepayment fees for the user;

the appointment register and number taking module is used for registering a user and reserving an outpatient service;

the outpatient service settlement module is used for paying the inquiry fee by the user;

the comprehensive query module is used for the user to query the inquiry information, the charging information and the medicine taking information independently;

the intelligent medicine opening module is used for providing corresponding medicine information according to the actual condition of the user;

the intelligent medicine prescription module searches the intelligent medical information system by adopting a clustering model based on R tree index;

the clustering model based on the R tree index is constructed in the following mode:

introducing a DCC algorithm to construct an R tree model, assuming that the distance between data to be queried is R, and expressing the form as follows:

where m is the number of spatial data and d is the given spatial region range.

Further, the comprehensive query module realizes information query by adopting a pathological data mining principle based on an Apriori algorithm.

Furthermore, the pre-paid money recharging module and the outpatient settlement module adopt a T +1 reconciliation mode to realize the checking of the charging information.

Further, the device further comprises: and the medical information storage module is used for storing the user information and the corresponding inquiry information, and particularly stores the user information and the corresponding inquiry information by adopting hdfs.

Further, the device further comprises: and the reservation number-returning module is used for directly returning the number and the fee of the user.

Further, the device further comprises: and the report query module is used for querying the inspection report on line.

Further, the device further comprises: a satisfaction evaluation module for evaluating a user's experience of use of the device.

Further, the appointment register and number-taking module further comprises: and the backtracking modification submodule is used for changing registration information of a user.

Further, the outpatient settlement module further comprises: and the fee refunding submodule is used for proposing the application of refunding the paid fee and handling the fee refunding service by the user.

Further, the refund sub-module further comprises: and the manual auditing secondary submodule is used for providing a confirmation information input interface for the returned and paid fee application proposed by a manual auditing user and starting a refund transaction service after receiving the confirmation information.

The invention has the advantages that: the palm intelligent hospital device can be embedded into various existing mobile terminals, such as: the embedded mobile phone can realize multiple functions of appointment registration, report inquiry, cost inquiry, online payment and the like at any time and any place by only one mobile phone, so that users can avoid queuing troubles, enjoy medical services with high quality, convenience, high efficiency and humanization, and simultaneously, the hospital medical environment is greatly improved, and the patient experience of the users is improved.

The method can be widely applied to occasions needing reservation and queuing, such as hospitals, banks and the like.

Drawings

Fig. 1 is a specific flowchart of the reconciliation method according to the third embodiment;

fig. 2 is a block diagram of a network architecture according to a twelfth embodiment.

Detailed Description

In a first embodiment, the present invention provides a handheld intelligent hospital device, comprising:

the registration filing module is used for establishing a personal file for a user;

the prepayment money charging module is used for storing prepayment fees for the user;

the appointment register and number taking module is used for registering a user and reserving an outpatient service;

the outpatient service settlement module is used for paying the inquiry fee by the user;

the comprehensive query module is used for the user to query the inquiry information, the charging information and the medicine taking information independently;

the intelligent medicine opening module is used for providing corresponding medicine information according to the actual condition of the user;

the intelligent medicine prescription module searches the intelligent medical information system by adopting a clustering model based on R tree index;

the clustering model based on the R tree index is constructed in the following mode:

introducing a DCC algorithm to construct an R tree model, assuming that the distance between data to be queried is R, and expressing the form as follows:

where m is the number of spatial data and d is the given spatial region range.

The beneficial effects of the embodiment are as follows: the system can realize multiple functions of appointment registration, report inquiry, cost inquiry, online payment and the like at any time and any place by only one mobile phone, so that users can avoid the trouble of queuing, enjoy medical services with higher quality, convenience, high efficiency and humanization, and meanwhile, the hospital hospitalizing environment is greatly improved, and the hospitalizing experience of the users is improved.

In the second embodiment, the first embodiment further defines the intelligent handheld hospital device, and the comprehensive query module realizes information query by adopting a pathological data mining principle based on Apriori algorithm.

The specific implementation mode is as follows:

1. the first record is read from the service database device as required and is set into a 1-item set separately, and the possible combinations in the 1-item set are all marked with 1.

2. Reading the second record sequentially, marking the possible combinations in the second record, and judging the K-item sets in each combination.

2.1 if no K-term set is present, it can be directly labeled with 1.

2.2 if a K-item set has already appeared and is numerically labeled, then the next item set is examined without reprocessing, and the skip is made straight forward.

2.3 if the K-term set has already appeared but the minimum support threshold has not been reached, then 1 must be added to the K-term set support count.

3. And repeating the steps 1 and 2, and repeatedly processing the data in the database until all the data in the database are processed according to the operation.

Algorithm when scanning the first record, the algorithm constructs a combination R1 for each 1-item set and generates a set C1 by counting each item set in the set C1 and then generating L1 and a new set C2 according to the relevant conditions; at the time of scanning the second record, the algorithm now appears R2, and the new set C3 is obtained by merging R and C2, and then counting all the sets of items in the new set C3: if X ∈ R2 ≈ C2 occurs, then add l (e.g., { I3}) to X; if X ∈ R2 occurs but X does not belong to the new set C2, then X is marked as 1 (e.g., { I4 }); if X ∈ C2 occurs but X does not belong to R2, then X remains in the current state (e.g., { I1}) and finally a new set C4 is generated (where L2 ═ L1 { [ X | sup _ count (X) ≧ minimum support count, X ∈ R2}, C4 ═ C3-L2). The second record generated is then processed until a complete set of all frequent items generated is generated, forming a candidate set.

In a third embodiment, the third embodiment is further limited to the first embodiment, and the prepaid money recharging module and the outpatient service settlement module adopt a T +1 reconciliation mode to check the charging information.

The specific implementation mode is as follows: and checking accounts of the HIS, the payment device and the channel by three parties, and ensuring the accuracy of the account checking data. The account checking device extracts HIS data and device data in real time to compare, achieves instant account checking, extracts channel data on T +1 days to perform three-party account checking, and realizes uniform account checking and report analysis of income sources such as MISPOS, Payment treasures, WeChat, Unionpay and the like of hospitals through ETL and BI technologies.

The beneficial effects of the embodiment are as follows: the user can directly pay on the network, so that the time for the user to go to and fro in the hospital is saved, and the queuing phenomenon in the hospital is reduced.

In a fourth embodiment, the present embodiment is further limited to the first embodiment, wherein the device further includes: and the medical information storage module is used for storing the user information and the corresponding inquiry information, and particularly stores the user information and the corresponding inquiry information by adopting hdfs.

The specific implementation mode is as follows: the data encryption protection strategy comprises the following two strategies.

(1) Moving data encryption protection strategy A Simple Authentication and Security Layer (SASL) authentication framework can be used to encrypt moving data in a Hadoop ecosystem when the data is transferred to and read from the Hadoop system.

(2) Static data encryption protection strategy, static data can be encrypted by two schemes;

in the method, the data block in each DataNode can not be decrypted independently, and only after all the data blocks in all the DataNodes are read out, the decryption can be carried out;

and in the second scheme, each data block is encrypted at the hdfs level, and the operation is not sensitive to a file writer and is performed by encrypting the hdfs bottom layer in a silent mode.

The beneficial effects of the embodiment are as follows: encryption ensures confidentiality and privacy of user information and protects sensitive data in Hadoop.

In a fifth embodiment, the present embodiment is further limited to the first embodiment, wherein the device further includes: and the reservation number-returning module is used for directly returning the number and the fee of the user.

The beneficial effects of the embodiment are as follows: the user can directly withdraw the number on the network, and the round-trip time of the user is saved.

Sixth embodiment, the present embodiment is further limited to the intelligent handheld hospital device provided in the first embodiment, and the device further includes: and the report query module is used for querying the inspection report on line.

The beneficial effects of the embodiment are as follows: the user can directly inquire the self inspection report on the network, and the return time of the user is saved.

Seventh embodiment, the present embodiment is further limited to the first embodiment, wherein the device further includes: a satisfaction evaluation module for evaluating a user's experience of use of the device.

The beneficial effects of the embodiment are as follows: the user can upload the experience to satisfaction evaluation system according to actual conditions, and the staff can know the experience and appeal of the user in real time and adjust the service in time.

An eighth implementation manner is to further limit the first implementation manner of the intelligent handheld hospital device, wherein the appointment register and number-taking module further includes: and the backtracking modification submodule is used for changing registration information of a user.

The beneficial effects of the embodiment are as follows: the user can modify the registration information by himself, and the time of the user going to and from the hospital is saved.

Ninth embodiment, the present embodiment is further limited to the first embodiment, wherein the intelligent handheld hospital device further includes: and the fee refunding submodule is used for the user to put forward a refund paid fee application and transact the fee refunding service.

The beneficial effects of the embodiment are as follows: the user can apply for the refund and paid fee on the network, and the time of the user to go to and from the hospital is saved.

Tenth embodiment, the present embodiment is further limited to the first embodiment, wherein the smart handheld hospital device further includes: and the manual auditing secondary submodule is used for providing a confirmation information input interface for the returned and paid fee application proposed by a manual auditing user and starting a fee returning service after receiving the confirmation information.

The beneficial effects of the embodiment are as follows: by adding the auditing system, the staff can audit the returned fee of the user according to the actual situation, and unnecessary loss of the hospital is prevented.

In an eleventh aspect, the present invention provides a further limitation to the first aspect, wherein the device further includes: a background management system; the system can realize the work of appointment rule making, intelligent reminding configuration, financial reconciliation inquiry, channel access management and flow monitoring management, can manage normal operation of daily business, makes business rules and completes related services in the business process. The method comprises the following functions:

1. appointment management

The reservation registration rule setting can configure configuration items such as open reservation time, ending reservation time, information requirements of the patient (real name system rule), reserved number limit rule, default limit rule and the like.

2. Intelligent alert configuration

The background management device realizes the unified management of all access channel message push templates (push notifications such as reservation success, stop/change notifications, payment success, report form checking and the like), and can add, edit, delete and release on line; providing template configuration function for message push file.

3. Reconciliation management

The system automatically associates all order information generated by the user consumption in HIS with transaction flow to generate account checking records, automatically compares the detail account with the general account, confirms the consistency and accuracy of transaction information, generates a referenceable account checking state, and carries out manual confirmation through final audit of financial staff.

4. Article management

And pushing templates of all the accessed articles by a background management device. The device can be added, edited, deleted and released on line; and providing a template configuration function for article pushing. The system supports online management configuration of hospital information, department distribution, doctor information, hospital bulletin, health propaganda and education and the like, and can replace pictures, modify link addresses, edit texts and the like online.

5. Satisfaction management

The satisfaction survey questionnaire can be added, edited, deleted and issued on line, and inquiry and statistics of satisfaction survey results are supported.

A twelfth embodiment is a description of a system network architecture of an intelligent handheld hospital device provided in the first embodiment, where the specific network architecture is as follows: the application layer is connected with a device layer, the device layer is connected with a hospital external network, and a firewall of two-way HTTPS authentication is added in the device layer and the hospital external network; the hospital extranet is connected to the hospital intranet, wherein the gatekeepers in the hospital extranet and the hospital intranet only open the intranet to extranet channel.

A thirteenth embodiment is a description of a system security mechanism of an intelligent handheld hospital device provided in the first embodiment, where the specific security mechanism is as follows:

1. data encryption

Data communicated between each system and the server in the system project are encrypted by using an asymmetric key encryption mechanism, so that the safety of the data in the transmission process is ensured.

2. Firewall isolation

Firewall is network security's protective screen, and through the fire wall that the system built in the institute, the APP network prevents the isolation and the protection of hot wall realization to external service access, makes the relative isolation of business system in the institute, guarantees original business normal operating.

3. Identity authentication

The mobile user is formally registered through the mobile phone number, and the system can complete identity authentication for the user identity once. When data request, reading and writing are initiated to the system in the hospital, the filing and state query matching of the account in the hospital are carried out. Through double authentication, the security of system access is ensured.

4. SSL data transmission and encryption

Aiming at a service access mode which is not realized through a government affair outer network, the data security of the system is ensured by adopting the currently popular identity authentication and data encryption transmission protocol.

The invention has the advantages that:

1. the system provides non-diagnosis and treatment link functions such as filing and card issuing, appointment register, recharging and payment, comprehensive query and the like for the user, and a humanized diagnosis environment is constructed.

2. A hospital self-service system is extended to a smart phone end, and the problems of appointment registration, hospital introduction and price query of a patient before hospitalizing are mainly solved; queuing for calling number, recharging for outpatient service, inquiring report result, inpatient list, recharging for inpatient service, inquiring questionnaire, etc. in hospitalization, patients can feel the high-quality personalized service of hospital at any time and any place.

3. The payment modes such as bank card transaction, WeChat/Payment treasures code scanning payment and the like are expanded, the trouble that the patient is not accompanied by cash when hospitalizing is solved, and the individualized payment habit of the patient is met. And a financial reconciliation management scheme is formulated, unified reconciliation of all service channels is realized without changing the original reconciliation flow of the hospital finance, and one-key automatic reconciliation is carried out in a user-defined time period. The workload and the operation and maintenance cost of the hospital are reduced.

4. Aiming at the characteristics of various medical data types and large data volume, the medical data is retrieved through the R tree index, and the retrieval efficiency of the system is improved; a privacy protection mechanism based on local differential privacy is introduced, and the privacy protection requirement in medical data retrieval is met.