• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention discloses a central ward information system comprising a patient care information unit, a patient vital sign collection unit, a ward resource collection unit and a buffer unit, the buffer unit being a data buffer center, and after buffer treatment by the buffer unit the patient care information being stored in the patient care information unit in the central storage unit become; and wherein after buffer treatment by the buffer unit, the parameters collected by the patient vital sign collection unit are stored in the central storage unit; and wherein after treatment by the buffer unit, the information of the station resource collecting unit is stored in the central storage unit. The system according to the present invention improves the interaction between doctors and patients in order to improve patient satisfaction.
    公开号:CH713793B1
    申请号:CH01107/18
    申请日:2016-11-11
    公开日:2020-01-31
    发明作者:Ge Qiuju；Pan Hong
    申请人:Suzhou Derpin Medical Science & Tech Co Ltd；
    IPC主号:
    专利说明:

    Description Technical Field The present invention relates to the field of medical data systems, in particular a central station information system.
    PRIOR ART With the development of information technology in healthcare, more and more medical facilities are accelerating the establishment of information-based platforms. The development of information-based platforms not only improves the efficiency of medical personnel, but also improves the opportunities for exchanges between doctors and patients.
    At present, large and small medical institutions have more or less set up a separate information system as required, in which the case information, the medical information and the test information from different patients are generally recorded in different departments. Such information systems are useful for queries performed by medical personnel, but patients cannot participate in the interaction. In addition, the currently existing information systems have the problem that the information cannot be used appropriately, e.g. the medication cannot be effectively controlled after collection from the hospital pharmacy, and due to the restriction of the interaction of the information systems, the care information, the medication information and the diagnosis and treatment information can only be used by medical personnel. Patients can only ask the nurse station for some basic nursing questions or their own care information, etc. On the one hand, the workload of the medical staff to deal with the basic problems is increased and the work efficiency is deteriorated, on the other hand, it is not really practical for the patients.
    With regard to the current doctor-patient relationship, medical staff should serve many patients. The medical staff has little opportunity to communicate directly with each patient. In addition to the visits to the patients in the hospital rooms, a doctor should also have time for the outpatient clinic. The patient's need to seek advice at any time cannot be met. The nurses work in shifts and when nursing a patient, various nurses should query the nursing protocols. As a result, there is no direct communication channel between doctors, nurses and patients.
    In addition, the currently existing medical information systems only collect and store the patient information. Protection, processing and management for the different types of data are not carried out effectively, which means that medical efficiency is not good.
    Content of the present invention In view of the above-described problems in the prior art, the present invention provides a central ward information system which can realize communication between patients, nurses and doctors, whereby the daily system for the Patients or the issues that patients value are collected so that questions can be asked by nurses as well as queries to the information center to improve the interaction between doctors and patients and patient satisfaction; while all data can be extracted and processed to improve medical efficiency.
    [0007] In order to achieve the above goal and to realize the technical effects, the present invention uses the following technical solution:
    [0008] A central station information system, comprising the following units:
    a patient care information unit that can be used to distribute patient care information, collect and summarize patient care information, provide or create a patient care plan, and track patient status;
    a patient vital sign collecting unit which comprises both vital sign parameters collected on the basis of a multi-parameter monitor and test indicators based on instructions from the doctors, and also a display unit for displaying the medication delivery time and medication intake time of the patients;
    - a station resource collection unit, with which the relevant resources of the stations are configured and managed;
    - A buffer unit, which is a data buffer center, the buffer unit being connected to the HIS (health information system) and LIS (laboratory information system) hospital information system and the historical pathological information from the HIS and LIS hospital information system Can query the patient and the basic patient information, and wherein after a buffer treatment by the buffer unit, the patient care information is stored in the patient care information unit of the central information system. After buffer treatment by the buffer unit, those by the patient vital sign collection unit are complete
    CH 713 793 B1 collected parameters saved in the central information system. After treatment by the buffer unit, the information of the station resource collecting unit is stored in the information center system.
    [0009] In a preferred embodiment of the present invention, the patient care information unit further comprises the following units:
    a nursing information summarizing unit that processes the nursing problems collected at the nurse station;
    a care plan unit used to provide a care plan for a patient, the care plan comprising a care time, a caregiver, a care mode and medication information;
    - A patient status tracking unit, which is used to display the care status of a patient and comprises the following displays: display of the status of all patients in the ward, display of the care level of all patients in the ward and display of the status of all hospital beds in the ward.
    In a preferred embodiment of the present invention, the patient vital sign collection unit is also available for collecting the vital sign indicators of all patients in the station, the vital sign indicators including blood pressure, pulse, body temperature, blood oxygen, EKG and body temperature.
    [0011] The present invention has the following advantages:
    1. When admitting a patient to the hospital, the station can retrieve the patient's medical history and basic information using HIS, LIS and other hospital systems using the system according to the present invention, and after printing a wristband by a wristband printer, the patient can go to the hospital be included. All clinical manifestations of the patient in the ward are recorded in the central information system and uploaded and saved by the information system to the hospital system.
    2. The system can use the station's terminals to record medication, care and other processes for the patient, thereby improving the accuracy of care. In this process, the wireless local area network in the station is used, using a mobile intelligent monitoring station as an intermediary to realize a function of data transmission and recording.
    3. The central ward information system according to the present invention can realize communication between the patients, nurses and doctors, whereby the daily system for the patients or the problems that the patients value is collected by the central system, so that both a question requests from the nurses as well as requests to the information center can be facilitated to improve the interaction between the doctors and the patients and the satisfaction of the patients.
    4. The system can implement an effective data acquisition for the entire data of the patients in order to provide a useful reference for the subsequent diagnosis and treatment as well as care.
    The above explanation represents only an overview of the technical solution of the present invention. In connection with the preferred embodiments of the present invention and figures, the present invention is explained in more detail below so that the technical measures of the present invention are more clearly understood and with reference to the Contents of the description can be performed. The detailed embodiments of the present invention are explained in more detail by the following exemplary embodiments and figures.
    BRIEF DESCRIPTION OF THE DRAWING In order to explain the technical solution of the present invention more clearly, the following figure is briefly presented below to explain the technical embodiments. Obviously, the figure below shows only some embodiments of the present invention. On the basis of the figure, other embodiments of the invention will become apparent to the person skilled in the art on the basis of the figure without creative activity.
    1 shows a frame diagram of a central station information system according to the present invention.
    Detailed Description In connection with figures in the embodiment of the present invention, the technical solutions in the embodiment of the present invention are clearly and completely explained below. It is clear that the illustrated embodiments do not include all embodiments, but only a part of the embodiments of the present invention. All other embodiments by those skilled in the art on this
    CH 713 793 B1
    Field obtained on the basis of the embodiments in the present invention without creative work are to be considered as being within the scope of the present invention.
    Embodiments Fig. 1 discloses the present embodiment of a central ward information system mainly comprising a patient care information unit, a patient vital sign collecting unit, a data acquisition unit, a station resource collecting unit, a buffer unit and a central storage unit.
    The patient care information unit can be used to distribute the patient care information, collect and summarize the patient care information, provide a patient care plan, and track patient status; the patient care information unit comprising:
    (1) a nursing information summarizing unit that processes the nursing problems collected at the nurse station; e.g. a terminal is installed at the nurse station, so that the nurse station has a function to collect and treat the relevant nursing resources at any time. The nursing staff uses the end device to record the medication and nursing process of the patients in order to improve the accuracy of the nursing.
    (2) a care plan unit used to set up a care plan for a patient, the care plan including a care time, a caregiver, a care mode, and medication information. The care plan unit is used for the exact care of patients. Based on the basic information of a patient and the resources of the ward, the patient is provided with precise care information such as the right time, suitable caregiver, appropriate care mode, correct medication, etc. In addition, the relevant care responsibilities can be clearly defined in order to effectively improve care accuracy and effects, and to use resources appropriately.
    In addition, the patient can view his own care plan via the terminal installed in the station in order to know his own caregivers, the medication time and other basic care information. This extends the interaction channel between doctors and patients. The patient can ask a nurse as well as the device. This enhances the interactive effect with the medical staff to improve patient satisfaction.
    (3) a patient status tracking unit used to display a patient's nursing status and includes the following displays: displaying the status of all patients in the ward, displaying the level of care of all patients in the ward and displaying the status of all hospital beds in the ward.
    The patient vital signs collection unit comprises vital signs parameters based on a multi-parameter monitor and test indicators based on doctor's instructions. The patient vital sign collection unit is used to collect the vital sign indicators of all patients in the ward, the vital sign indicators including blood pressure, pulse, body temperature, blood oxygen, EKG and body temperature.
    The patient vital signs collection unit further includes a tracking and display unit used to track and display the medication delivery time and medication intake time of the patient. With the patient vital sign collection unit, the patient can view the information through the terminal.
    With the station resource collecting unit, the relevant resources of the stations are configured and managed; the station resource collection unit performs configuration and management for the station resources, the station resources including medical personnel, medicines, instruments, consumables and medical devices.
    By collecting the station resources, the station resource collecting unit effectively configures and manages the resources to increase the utilization rate of the station resources and avoid wasting the resources.
    The data acquisition unit includes: a patient data receiving unit, a patient data adaptation unit, a patient data segment average processing unit, a big data model retrieval unit, a pre-analysis unit of patient health and a health result transmission unit;
    The patient data receiving unit is used to receive from the patient vital sign collecting unit the patient data sent by the patient vital sign collecting unit;
    The patient data adaptation unit is used to adapt the received patient data to the parameters indicating the health status.
    The patient data segment average processing unit is used to adapt the patient data received for several times in succession to the parameters to perform smoothing processing where
    CH 713 793 B1 for the patient data segment average processing unit for the collected patient vital sign data carries out the following processing: Segment average processing for the collected patient data with the formula χ, = αόξ; + (ΐ-αχ, where x “for the data received this time, ίΣ stands for the data after the last segment average processing and a (o <«<i) stands for the empirical factor.
    The big data model retrieval unit is used to retrieve from the central storage unit a disease model that may be suitable for the patient.
    The pre-analysis unit of patient health is used to compare the data parameters after smoothing processing with the disease model retrieved by the big data model retrieval unit in order to obtain a primary patient health result.
    The health result sending unit is used to transmit the patient health result to the patient care information unit to determine an appropriate care plan.
    The buffer unit is a data buffer center, the buffer unit being connected to the HIS and LIS hospital information system and the historical pathological information of a patient and the basic patient information being able to be queried from the HIS and LIS hospital information system, and wherein after one Buffer treatment by the buffer unit, the patient care information is stored in the patient care information unit in the central storage unit. After buffer treatment by the buffer unit, the parameters collected by the patient vital sign collection unit are stored in the central storage unit. After treatment by the buffer unit, the information from the station resource collection unit is stored in the central storage unit.
    In a preferred embodiment of the present invention, the central station information system further comprises a correction and writing unit in order to enter the patient information received by the buffer unit in the central storage unit, the correction and writing unit comprising a correction rule generation unit, a correction unit and an input unit, and wherein the correction rules of the correction rule generation unit are used to standardize the data input, and wherein the correction unit is used to correct the input data based on the correction rules, while the input unit carries out an input after the correction of the data.
    In a preferred embodiment of the present invention, the central station information system further comprises a data transmission encryption unit, which perform a transmission encryption for the information collected by the data transmission encryption unit and the station resource collecting unit. The data transmission encryption unit comprises an input connection, an encryption and decryption processing unit, an output connection, a random number generation unit, a flash memory and a detection circuit.
    The input port is connected to the encryption and decryption processing unit, while the output port is connected to the encryption and decryption processing unit. The input port receives a signal arriving from the overflow connection and offers this to the encryption and decryption processing unit, the encryption and decryption processing unit extracting the data information, performing encryption / decryption for the data using a group scrambling algorithm and then outputting the encrypted / decrypted data to the output port , and wherein the data flows into the next processing unit of the communication link. The random number generation unit is connected to the encryption and decryption processing unit, wherein an ideal real random sequence generated by the random number generation unit is input into the encryption and decryption processing unit and used as the initial scrambling key of the group encryption algorithm. The flash memory is connected to the encryption and decryption processing unit, wherein in the phase of the electrical start of the entire encryption and decryption unit, the encryption and decryption processing unit reads and configures an algorithm program stored in advance in the flash memory; the detection circuit is connected to the encryption and decryption processing unit to provide an online checking and correction function.
    The input port completes the function of being used as the interface of the higher physical layer of the communication link; while the input port completes the function of being used as the interface of the subordinate physical layer of the communication link.
    The encryption and decryption processing unit is a core information processing unit which is formed by a single chip and achieves the functions of extracting the input information. For this, encryption and decryption processing must be carried out and the information transmitted. Using a symmetric group scrambling technique, the encryption and decryption processing unit performs encryption / decryption for the information. An output feedback mode is used for the operating mode.
    CH 713 793 B1 The random number generation unit generates an ideal real random number and enters this into the encryption and decryption processing unit in order to offer the scrambling algorithm an initial key.
    The flash memory is used to store a power-up configuration program.
    In a preferred embodiment of the present invention, the central ward information system further comprises a big data processing unit in order to carry out a concentrated processing of the data of all patients of the ward and to establish a health parameter model for various diseases and target groups, the processing using data filtering technology, data fusion technology and may include, but is not limited to, data classification technology.
    The central storage unit stores the medical data and the health parameter models of all patients. It uses distributed storage and comprises a cloud big data management unit located at the health care administration authority and distributed storage located at various medical facilities, the distributed storage being set in each case as a 1 + 1 redundancy backup. Thus, the memory of the medical device A is arranged redundantly in the medical device B, and the respective distributed memories are connected to one another by a high-speed optical waveguide. When the central storage unit receives a data retrieval or request command, the cloud-big data management unit will issue a data retrieval command to an associated distributed memory and the retrieved data will be transmitted to a page that retrieves or requests the data.
    In addition, in the present embodiment, the information interaction between the system and the HIS and LIS hospital information system is realized through the wireless local area network, using a mobile intelligent monitoring station as an intermediary to realize a function of data transmission and recording ,
    In the present embodiment, when a patient is admitted to the hospital, the station can retrieve the patient's medical history and basic information from HIS, LIS and other hospital systems. After a wristband has been printed by a wristband printer, the patient can be admitted to the hospital. All clinical manifestations of the patient in the ward are recorded in the central storage unit and uploaded and stored by the information system on the hospital system.
    The system of the present embodiment can use the station's terminals to record medication, care and other processes for the patient. This improves the accuracy of care. In this process, the wireless local area network in the station is used, with a mobile intelligent monitoring station being used as an intermediary in order to realize a function of data transmission and recording.
    The central ward information system can implement communication between the patients, the nurses and the doctors, the daily care for the patients or the problems that the patients attach importance to being collected by the central system, so that both questions Nurses can also be asked to query the information center to improve the interaction between doctors and patients and patient satisfaction.
    [0043] With the above explanation of the disclosed embodiment, those skilled in the art can implement or use the present invention. The various modifications to the embodiments will be apparent to those skilled in the art. The general principles defined in the description may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention is not limited to the above-described embodiments.
    权利要求:
    Claims (4)
    [1]
    claims
    1. Central station information system, characterized in that it comprises the following units:
    a patient care information unit that can be used to distribute patient care information, collect and summarize patient care information, provide a patient care plan, and track patient status;
    a patient vital sign collection unit comprising vital sign parameters collected on a multi-parameter monitor and test indicators based on doctor's instructions and a display unit for displaying the medication delivery time and medication intake time of the patient;
    - a station resource collection unit, with which the relevant resources of the stations are configured and managed;
    a buffer unit, the buffer unit being a data buffer center, and the buffer unit being connected to the HIS and LIS of the hospital information system and being able to query the historical pathological information of a patient and the basic patient information from the HIS and LIS of the hospital information system, and wherein after buffer treatment by the buffer unit, the patient care information is stored in the patient care information unit in the central storage unit; and wherein after buffer treatment by the buffer unit, the total by the patient vital sign collection unit
    CH 713 793 B1 parameters are stored in the central memory unit; and wherein after treatment by the buffer unit, the information of the station resource collecting unit is stored in the central storage unit.
    [2]
    2. Central ward information system according to claim 1, characterized in that the patient care information unit comprises the following units:
    - a care information summary unit, the care information summary unit processing the care problems collected at the nurse station;
    a care plan unit used to offer a care plan for a patient, the care plan comprising a care time, a caregiver, a care mode and medication information;
    - A patient status tracking unit, which is used to display the care status of a patient and comprises the following displays: display of the status of all patients in the ward, display of the care level of all patients in the ward and display of the status of all hospital beds in the ward.
    [3]
    3. Central ward information system according to claim 1, characterized in that the patient vital sign collection unit is further available for collecting the vital sign indicators of all patients in the station, the vital sign indicators including blood pressure, pulse, body temperature, blood oxygen, EKG and body temperature.
    [4]
    4. Central station information system according to claim 3, characterized in that the patient vital signs collection unit further comprises a tracking and display unit which serves to monitor and display the medication delivery time and medication intake time of the patients and to display the physiological data and the diagnosis of the patients.
    CH 713 793 B1
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    法律状态:
    优先权:
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