CN112489818B - Intelligent Internet-of-things medical health early warning system - Google Patents
Intelligent Internet-of-things medical health early warning system Download PDFInfo
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Abstract
The invention discloses an intelligent Internet of things medical health early warning system which comprises an early warning module, a field real-time early warning module, a later early warning module, a health early warning platform for monitoring body indexes of patients and giving an alarm in time, and a health early warning terminal for pre-storing a trigger type player for emergency and timely communication; the intelligent Internet of things medical health early warning system can complete early monitoring and early warning, on-site real-time detection and early warning and later monitoring and early warning, can monitor and alarm early treatment of a patient, can follow and pre-judge monitoring and alarming in the treatment process and daily life, and can regularly consult and early warn a patient sample, so that the health early warning of the patient can be comprehensively completed, and pre-stored triggering and on-site voice contact channels are adopted for early warning.
Description
Technical Field
The invention relates to a medical health early warning system, in particular to an intelligent Internet of things medical health early warning system, and belongs to the technical field of medical health early warning systems.
Background
The development of "intelligent medicine" is divided into seven levels: the first is a business management system, including a hospital charging and drug management system; the electronic medical record system comprises patient information and image information; thirdly, a clinical application system comprises a computer doctor order entry system (CPOE) and the like; fourthly, chronic disease management system; fifthly, a regional medical information exchange system; sixthly, a clinical support decision-making system; seventhly, a public health and hygiene system; but it still stops in regular physical examination or carries out the monitoring stage through ordinary wearing equipment to medical health monitoring, and its monitoring face is few, and monitors the back, can't in time monitor and report an emergency and ask for help or increased vigilance.
Disclosure of Invention
In order to solve the problems, the invention provides an intelligent Internet of things medical health early warning system which can complete early monitoring early warning, on-site real-time detection early warning and later monitoring early warning, wherein the warning adopts a pre-stored triggering type and on-site voice contact channel.
The intelligent Internet of things medical health early warning system comprises an early warning module, a field real-time early warning module, a later early warning module, a health early warning platform for monitoring body indexes of patients and giving an alarm in time, and a health early warning terminal for pre-storing a trigger type player for emergency and timely communication;
the early warning module comprises a dispensing distribution terminal communicated with the health warning platform and a data input terminal communicated with the dispensing distribution terminal and internally provided with an information input APP; the data entry terminal is arranged at an outpatient service department, a community medical department, a dispensing store and/or a patient monitoring department; the dispensing distribution terminal is in communication connection with the medication active monitoring module and the treatment monitoring equipment; the active medication monitoring module comprises a box body, and a box cover is hinged to the top of the box body; the lower part of the inner side of the box body is provided with medicine bins with an array structure; a dispensing box for placing swallow, injection, wiping and/or sticking medicines is movably embedded in the medicine bin; the upper edge of the box body is provided with an external proximity switch matched with the box cover; an inner approach switch is embedded at the bottom of each medicine bin; the outer approach switch and the inner approach switch are connected to a first singlechip minimum system; the first singlechip minimum system is electrically connected with a temporary storage, a clock chip module, an Internet of things transceiving module and an alarm module; the therapy monitoring device comprises a private therapy device and a public therapy device; the private treatment equipment and the public treatment equipment comprise a treatment instrument state monitoring module, a second singlechip minimum system, a clock chip module, an Internet of things transceiver module and an alarm module, wherein the second singlechip minimum system is electrically connected with the treatment instrument state monitoring module; the therapeutic instrument state monitoring module is a digital voltage sampler connected in parallel with the output end of a power switch of the household therapeutic instrument or a digital current transformer clamped at the input end or the output end of the power switch of the household therapeutic instrument; the private treatment equipment also comprises a temporary storage electrically connected with the singlechip minimum system and used for storing the code of the monitor; the public treatment equipment also comprises an identity recognizer which is electrically connected with the minimum system of the single chip microcomputer and is used for recognizing the identity of the patient; the Internet of things transceiver module is communicated with the dispensing distribution terminal;
the on-site real-time early warning module comprises a centralized sign data acquisition device and/or a distributed sign data acquisition device; the centralized sign data acquisition equipment and the distributed sign data acquisition equipment comprise wearable physiological index monitoring equipment, fixed physiological index monitoring equipment and/or in-vivo index monitoring equipment, and the distributed sign data acquisition equipment is in communication connection with the health early warning platform; the centralized sign data acquisition equipment is communicated with the health early warning platform through a data concentrator;
the later-stage early warning module comprises a data input terminal which is used for uploading a laboratory test sheet and an image sheet, is communicated with the health early warning platform and is internally provided with an information input APP; the data entry terminal is arranged at an outpatient service department, a community medical department, a dispensing store and/or a patient monitoring department;
the health early warning platform comprises a registration login server for patient registration and login, a management server managed by the whole platform, a first memory for receiving dispensing data input by a data entry terminal, a second memory for receiving laboratory sheet data and image sheet data input by the data entry terminal, and a third memory for storing input of centralized sign data acquisition equipment or distributed sign data acquisition equipment; the first memory is communicated with the dispensing distribution terminal through the dispensing physiotherapy server; the second memory is communicated with the guardian terminal; the third memory is in communication with a trend arithmetic server; the voice communication system is used for establishing voice communication with the health early warning terminal; the health early warning terminal comprises a controller, a voice and code memory, a player, a mobile transceiver module and pickup equipment, wherein the voice and code memory, the player, the mobile transceiver module and the pickup equipment are electrically connected with the controller; the mobile transceiver module is in communication with the health early warning platform.
Furthermore, the identity recognizer is a fingerprint recognition system, a face recognition system, an iris recognition system, a card swiping system and an identity card recognition system.
Furthermore, the centralized sign data acquisition equipment and the distributed sign data acquisition equipment are both in communication connection with an independent alarm, the independent alarm comprises an alarm controller for receiving data output by the centralized sign data acquisition equipment and the distributed sign data acquisition equipment, and the alarm controller is electrically connected with a threshold setting module and the alarm; the alarm controller is in communication connection with the health early warning terminal.
Furthermore, a first template for inputting patient codes, medication time and times and a second template for inputting patient codes and uploading documents are arranged on the inner side of the receiving data input terminal; and a receiving and forwarding template corresponding to the first template is arranged in the dispensing terminal and the first singlechip minimum system.
Furthermore, the trend operation server comprises an operation server for parallel calculation, and a personal sign alarm input module, an alarm jump value alarm input module, a trend judgment alarm module and an alarm code pre-storage module which are communicated with the operation server; the alarm code pre-storing module is internally stored with alarm codes consistent with the voice and code memories.
Further, the system works as follows:
a. registering and logging in, registering and logging in the health early warning platform through the registration and logging in server,
b. and the health early warning platform receives the monitoring data sent by the early warning module, the field real-time early warning module and the later early warning module, judges whether to give an alarm or not, gives an alarm through the health early warning terminal if the alarm is needed, and returns to the cycle monitoring state if the alarm is not needed.
Further, the process of receiving and sending data by the health early warning platform is as follows:
a. the early warning module and the health warning platform are communicated as follows: the patient dispenses the medicine through an outpatient service department, a community medical department and a medicine dispensing store, medical staff at the outpatient service department, the community medical department and the medicine dispensing store or the patient and a guardian thereof input the medicine dispensing data into a medicine dispensing distribution terminal, or make a public therapeutic apparatus appointment through the outpatient service department or the community medical department or purchase private therapeutic apparatus equipment in a matched manner through a health early warning platform and carry out treatment time equipment; inputting the dispensing data and the treatment time into a dispensing distribution terminal, sending a patient ID, the medicine taking or treatment time or time interval of a therapeutic apparatus into a first memory through the dispensing distribution terminal, obtaining the patient ID by a dispensing physiotherapy server when the first memory has data to be recorded, sending the data into a first singlechip minimum system and a second singlechip minimum system corresponding to the ID through the dispensing distribution terminal and an internet of things transceiving module, triggering a clock chip module by the first singlechip minimum system and the second singlechip minimum system to time, monitoring whether the patient takes medicine within the time interval, returning to perform medicine taking monitoring for the second time after medicine taking and treatment are finished, if the medicine taking information is not received, performing field alarm by the first singlechip minimum system through an alarm module, simultaneously feeding the information back to a health early warning platform by the first singlechip minimum system and the second singlechip minimum system, receiving signals by the health early warning platform, obtaining the patient ID and an alarm code, and sending the alarm code to the health early warning terminal, thereby reminding the patient to take medicine and treat; when the second time threshold of the first singlechip minimum system and the second singlechip minimum system still does not receive medicine taking information, the first singlechip minimum system sends medicine taking and treatment emergency signals, the health early warning platform receives the signals, acquires the ID and the warning code of the patient and establishes connection with the voice system of the health early warning terminal, so that a direct voice communication mode is carried out to inform that medicine is taken;
when medicine taking monitoring is carried out, a patient opens the box cover, the outer access switch is triggered, at the moment, the first single chip microcomputer minimum system sends a signal to the inner access switch in a silent state, the inner access switch carries out medicine dispensing box monitoring, when the medicine dispensing box is taken out, medicine taking judgment is carried out according to a medicine dispensing box storage mode, when multiple medicines taken once are stored in the medicine dispensing box, row and column port judgment is carried out through the inner access switch, when the medicine dispensing box is not taken out before the medicine dispensing box is taken out, the medicine taking signal is effective, otherwise, monitoring is continued, when a certain medicine is stored in the medicine dispensing box, the inner access switch only needs to be monitored whether the medicine dispensing box is taken out, the medicine taking signal is effective when the medicine dispensing box is taken out, otherwise, monitoring is continued, and when the box cover is covered, the inner access switch is completely closed; the minimum system of the first single chip microcomputer receives that the medicine taking time is within a data threshold range transmitted by the medicine dispensing distribution terminal, second medicine taking monitoring is carried out, and otherwise, an alarm is given through the receiving and sending module of the internet of things and the alarm module;
when the treatment is monitored, the state monitoring module of the treatment instrument monitors whether a power switch of the household treatment instrument or the public treatment instrument is turned on, and when the treatment is monitored, whether a voltage or current signal exists is monitored through a digital voltage sampler or a digital current transformer, if the voltage or current signal does not exist, the power supply is not turned on, otherwise, the treatment of the treatment instrument is finished; the private treatment equipment acquires the patient ID through the temporary storage device, the public treatment equipment acquires the patient ID through the identity recognizer, and finally, whether the physical therapy is completed within the treatment time sent by the dispensing distribution terminal is judged;
b. the on-site real-time early warning module and the health early warning platform are communicated as follows: acquiring physiological index data of a patient through a wearable physiological index monitoring device, a fixed physiological index monitoring device and/or an in-vivo index monitoring device, feeding back and storing the ID of the patient and the physiological index data to a third memory, communicating the third memory with a trend operation server, continuously acquiring physiological indexes of the patient through the operation server of the trend operation server according to the ID of the patient, simultaneously, respectively receiving personal sign thresholds input by a personal sign alarm input module, inputting alarm jump values through the alarm jump value alarm input module, inputting trend values through a trend judgment alarm module, generating corresponding alarm codes when the physiological indexes of the patient exceed the personal sign thresholds, or the physiological indexes change within a certain time threshold exceeds the jump values, or the slope of a lifting curve of the physiological indexes exceeds the trend values within a certain time threshold, acquiring the corresponding alarm codes through a prestored table look-up mode of the alarm code module, and sending the alarm codes to a health early warning terminal, inquiring the corresponding voice segments through the alarm codes by the health early warning terminal, and broadcasting the voice segments through a player;
c. the communication between the later-stage early-warning module and the health early-warning platform is as follows:
the patient or medical personnel will be listed as the laboratory sheet and the image list is sent into the second memory through data entry terminal with data, the second memory communicates with guardian's terminal, medical personnel types its patient ID who monitors the patient through guardian's terminal, transfer the laboratory sheet and the image list that upload in a certain period of patient, and carry out the consultation, thereby will consult the data and carry out consultation information notice and artifical early warning through the voice communication system that health early warning platform and health early warning terminal established.
Further, the working process of the health early warning terminal is as follows:
and receiving the early warning code sent by the health early warning platform, inquiring the voice segment corresponding to the early warning code through the early warning code, playing and warning the voice segment through the player, and establishing a voice communication channel with the health early warning platform through the mobile transceiver module, the pickup equipment and the player.
Compared with the prior art, the intelligent Internet of things medical health early warning system can complete early monitoring and early warning, on-site real-time detection and early warning and later monitoring and early warning, can monitor and alarm early treatment of a patient, can follow and pre-judge monitoring and alarm in the treatment process and normal life, and can regularly consult and early warn a patient collected sample, so that the health early warning of the patient can be completed in an all-round way, and pre-stored triggering and on-site voice contact channels are adopted for early warning.
Drawings
Fig. 1 is a schematic view of the overall structure of embodiment 1 of the present invention.
Fig. 2 is a schematic diagram of the overall structure of the early warning module according to the present invention.
Fig. 3 is a schematic structural diagram of the medication active monitoring module of the present invention.
Fig. 4 is a schematic structural diagram of the on-site real-time early warning module of the invention.
Fig. 5 is a schematic structural diagram of the post-warning module of the present invention.
Fig. 6 is a schematic structural diagram of a health early warning platform and a health early warning terminal according to the present invention.
Detailed Description
Example 1:
the intelligent Internet of things medical health early warning system shown in fig. 1 comprises an early warning module, a field real-time early warning module, a later early warning module, a health early warning platform for monitoring body indexes of patients and giving an alarm in time, and a health early warning terminal for pre-storing a trigger player for emergency and timely communication;
as shown in fig. 2 and fig. 3, the early warning module includes a dispensing distribution terminal communicating with the health warning platform, and a data entry terminal communicating with the dispensing distribution terminal and having a built-in information entry APP; the data entry terminal is arranged at an outpatient service department, a community medical department, a dispensing store and/or a patient monitoring department; the dispensing distribution terminal is in communication connection with the medication active monitoring module and the treatment monitoring equipment; the active medication monitoring module comprises a box body 1, and a box cover 2 is hinged to the top of the box body 1; the lower part of the inner side of the box body 1 is provided with a medicine bin 3 with an array structure; a dispensing box 4 for placing swallow, injection, wiping and/or sticking medicines is movably embedded in the medicine bin 3; an external proximity switch 5 matched with the box cover is arranged on the upper edge of the box body 1; an inner proximity switch is embedded at the bottom of each medicine bin 3; the outer approach switch and the inner approach switch are connected to a first singlechip minimum system; the first singlechip minimum system is electrically connected with a temporary storage, a clock chip module, an Internet of things transceiving module and an alarm module; the therapy monitoring device comprises a private therapy device and a public therapy device; the private treatment equipment and the public treatment equipment comprise a treatment instrument state monitoring module, a second singlechip minimum system, a clock chip module, an Internet of things transceiver module and an alarm module, wherein the second singlechip minimum system is electrically connected with the treatment instrument state monitoring module; the therapeutic apparatus state monitoring module is a digital voltage sampler connected in parallel with the output end of a power switch of the household therapeutic apparatus or a digital current transformer clamped at the input end or the output end of the power switch of the household therapeutic apparatus; the private treatment equipment also comprises a temporary storage electrically connected with the minimum system of the single chip microcomputer and used for storing the codes of the monitors; the public treatment equipment also comprises an identity recognizer which is electrically connected with the minimum system of the single chip microcomputer and is used for recognizing the identity of the patient; the Internet of things transceiver module is communicated with the dispensing distribution terminal;
as shown in fig. 4, the on-site real-time early warning module includes a centralized sign data acquisition device and/or a decentralized sign data acquisition device; the centralized sign data acquisition equipment and the distributed sign data acquisition equipment comprise wearable physiological index monitoring equipment, fixed physiological index monitoring equipment and/or in-vivo index monitoring equipment, and the distributed sign data acquisition equipment is in communication connection with the health early warning platform; the centralized sign data acquisition equipment is communicated with the health early warning platform through a data concentrator;
as shown in fig. 5, the later-stage early-warning module includes a data entry terminal for uploading laboratory test sheets and image sheets, communicating with the health early-warning platform, and having a built-in information entry APP; the data entry terminal is arranged at an outpatient service department, a community medical department, a dispensing store and/or a patient monitoring department;
as shown in fig. 6, the health early warning platform includes a registration login server for registering and logging in a patient, a management server for managing the whole platform, a first memory for receiving dispensing data input by a data entry terminal, a second memory for receiving laboratory sheet data and image sheet data input by the data entry terminal, and a third memory for storing input of a centralized sign data acquisition device or a distributed sign data acquisition device; the first memory is communicated with the dispensing distribution terminal through the dispensing physiotherapy server; the second memory is communicated with the guardian terminal; the third memory is in communication with a trend calculation server; the voice communication system is used for establishing voice communication with the health early warning terminal; the health early warning terminal comprises a controller, a voice and code memory, a player, a mobile transceiver module and pickup equipment, wherein the voice and code memory, the player, the mobile transceiver module and the pickup equipment are electrically connected with the controller; the mobile transceiver module is in communication with the health early warning platform.
The identity recognizer is a fingerprint recognition system, a face recognition system, an iris recognition system, a card swiping system and an identity card recognition system.
The centralized sign data acquisition equipment and the distributed sign data acquisition equipment are both in communication connection with an independent alarm, the independent alarm comprises an alarm controller used for receiving output data of the centralized sign data acquisition equipment and the distributed sign data acquisition equipment, and the alarm controller is electrically connected with a threshold setting module and the alarm; the alarm controller is in communication connection with the health early warning terminal.
The receiving data input terminal is internally provided with a first template for inputting patient codes, medication time and times and a second template for inputting the patient codes and uploading receipts; and a receiving and forwarding template corresponding to the first template is arranged in the dispensing terminal and the first singlechip minimum system.
The trend operation server comprises an operation server for parallel calculation, and a personal sign alarm input module, an alarm jump value alarm input module, a trend judgment alarm module and an alarm code pre-storage module which are communicated with the operation server; the alarm code pre-storing module is internally stored with alarm codes consistent with the voice and code memories.
The working process of the system is as follows:
a. registering and logging in, registering and logging in the health early warning platform through the registration and logging in server,
b. and the health early warning platform receives the monitoring data sent by the early warning module, the field real-time early warning module and the later early warning module, judges whether to give an alarm or not, gives an alarm through the health early warning terminal if the alarm is needed, and returns to the cycle monitoring state if the alarm is not needed.
The health early warning platform receives and sends data specifically as follows:
a. the early warning module and the health warning platform are communicated as follows: the patient dispenses the medicine through an outpatient service department, a community medical department and a medicine dispensing store, medical staff at the outpatient service department, the community medical department and the medicine dispensing store or the patient and a guardian thereof input the medicine dispensing data into a medicine dispensing distribution terminal, or make a public therapeutic apparatus appointment through the outpatient service department or the community medical department or purchase private therapeutic apparatus equipment in a matched manner through a health early warning platform and carry out treatment time equipment; the dispensing data and the treatment time are input into a dispensing distribution terminal, and a patient ID, a medicine taking or treatment instrument treatment time or a time interval are sent into a first memory through the dispensing distribution terminal, when data are input into the first memory, a dispensing physiotherapy server obtains the patient ID, the data are sent into a first singlechip minimum system and a second singlechip minimum system corresponding to the ID through the dispensing distribution terminal and an internet of things transceiving module, the first singlechip minimum system and the second singlechip minimum system trigger a clock chip module to time, whether the patient takes medicine within the time interval is monitored, if the medicine taking and treatment are completed, the medicine taking monitoring is returned again for the second time, if the medicine taking information is not received, the first singlechip minimum system gives an on-site alarm through an alarm module, meanwhile, the first singlechip minimum system and the second singlechip minimum system feed back the information to a health early warning platform, the health early warning platform receives signals, obtains the patient ID and an alarm code, and sends the alarm code to the health early warning terminal, so as to remind the patient to take medicine and treat; when the second time threshold of the first singlechip minimum system and the second singlechip minimum system still does not receive medicine taking information, the first singlechip minimum system sends medicine taking and treatment emergency signals, the health early warning platform receives the signals, acquires the ID and the warning code of a patient, and establishes connection with the voice system of the health early warning terminal, so that a direct voice communication mode is carried out to inform medicine taking;
when medicine taking monitoring is carried out, a patient opens the box cover, the outer access switch is triggered, at the moment, the first single chip microcomputer minimum system sends a signal to the inner access switch in a silent state, the inner access switch carries out medicine dispensing box monitoring, when the medicine dispensing box is taken out, medicine taking judgment is carried out according to a medicine dispensing box storage mode, when multiple medicines taken once are stored in the medicine dispensing box, row and column port judgment is carried out through the inner access switch, when the medicine dispensing box is not taken out before the medicine dispensing box is taken out, the medicine taking signal is effective, otherwise, monitoring is continued, when a certain medicine is stored in the medicine dispensing box, the inner access switch only needs to be monitored whether the medicine dispensing box is taken out, the medicine taking signal is effective when the medicine dispensing box is taken out, otherwise, monitoring is continued, and when the box cover is covered, the inner access switch is completely closed; the minimum system of the first single chip microcomputer receives that the medicine taking time is within a data threshold range transmitted by the medicine dispensing distribution terminal, second medicine taking monitoring is carried out, and otherwise, an alarm is given through the receiving and sending module of the internet of things and the alarm module;
when the treatment is monitored, the state monitoring module of the treatment instrument monitors whether a power switch of the household treatment instrument or the public treatment instrument is turned on, and when the treatment is monitored, whether a voltage or current signal exists is monitored through a digital voltage sampler or a digital current transformer, if the voltage or current signal does not exist, the power supply is not turned on, otherwise, the treatment of the treatment instrument is finished; the private treatment equipment acquires the patient ID through the temporary storage device, the public treatment equipment acquires the patient ID through the identity recognizer, and finally whether the physical therapy is finished within the treatment time sent by the dispensing and distributing terminal is judged;
b. the on-site real-time early warning module and the health early warning platform are communicated as follows: acquiring physiological index data of a patient through a wearable physiological index monitoring device, a fixed physiological index monitoring device and/or an in-vivo index monitoring device, feeding back and storing the ID of the patient and the physiological index data to a third memory, communicating the third memory with a trend operation server, continuously acquiring physiological indexes of the patient through the operation server of the trend operation server according to the ID of the patient, simultaneously, respectively receiving personal sign thresholds input by a personal sign alarm input module, inputting alarm jump values through the alarm jump value alarm input module, inputting trend values through a trend judgment alarm module, generating corresponding alarm codes when the physiological indexes of the patient exceed the personal sign thresholds, or the physiological indexes change within a certain time threshold exceeds the jump values, or the slope of a lifting curve of the physiological indexes exceeds the trend values within a certain time threshold, acquiring the corresponding alarm codes through a prestored table look-up mode of the alarm code module, and sending the alarm codes to a health early warning terminal, inquiring the corresponding voice segments through the alarm codes by the health early warning terminal, and broadcasting the voice segments through a player;
c. the communication between the later-stage early-warning module and the health early-warning platform is as follows:
the patient or medical personnel will be listed as the laboratory sheet and the image list is sent into the second memory through data entry terminal with data, the second memory communicates with guardian's terminal, medical personnel types its patient ID who monitors the patient through guardian's terminal, transfer the laboratory sheet and the image list that upload in a certain period of patient, and carry out the consultation, thereby will consult the data and carry out consultation information notice and artifical early warning through the voice communication system that health early warning platform and health early warning terminal established.
The working process of the health early warning terminal is as follows:
and receiving the early warning code sent by the health early warning platform, inquiring the voice segment corresponding to the early warning code through the early warning code, playing and warning the voice segment through the player, and establishing a voice communication channel with the health early warning platform through the mobile transceiver module, the pickup equipment and the player.
The above-described embodiments are merely preferred embodiments of the present invention, and all equivalent changes or modifications of the structures, characteristics and principles described in the claims of the present invention are included in the scope of the present invention.
Claims (8)
1. An intelligent Internet of things medical health early warning system is characterized in that: the early warning system comprises an early warning module, a field real-time early warning module, a later warning module, a health early warning platform for monitoring body indexes of a patient and giving an alarm in time, and a health early warning terminal for prestoring emergency and timely communication of a trigger player;
the early warning module comprises a dispensing distribution terminal communicated with the health warning platform and a data input terminal communicated with the dispensing distribution terminal and internally provided with an information input APP; the data entry terminal is arranged at an outpatient service department, a community medical department, a dispensing store and/or a patient monitoring department; the dispensing distribution terminal is in communication connection with the medication active monitoring module and the treatment monitoring equipment; the active medication monitoring module comprises a box body, and a box cover is hinged to the top of the box body; the lower part of the inner side of the box body is provided with medicine bins with an array structure; a dispensing box for placing swallow, injection, wiping and/or sticking medicines is movably embedded in the medicine bin; the upper edge of the box body is provided with an external proximity switch matched with the box cover; an inner proximity switch is embedded at the bottom of each medicine bin; the outer approach switch and the inner approach switch are connected to a first singlechip minimum system; the minimum system of the first single chip microcomputer is electrically connected with a temporary storage, a clock chip module, an Internet of things transceiving module and an alarm module; the therapy monitoring device comprises a private therapy device and a public therapy device; the private treatment equipment and the public treatment equipment comprise a treatment instrument state monitoring module, a second singlechip minimum system, a clock chip module, an Internet of things transceiver module and an alarm module, wherein the second singlechip minimum system is electrically connected with the treatment instrument state monitoring module; the therapeutic instrument state monitoring module is a digital voltage sampler connected in parallel with the output end of a power switch of the household therapeutic instrument or a digital current transformer clamped at the input end or the output end of the power switch of the household therapeutic instrument; the private treatment equipment also comprises a temporary storage electrically connected with the singlechip minimum system and used for storing the code of the monitor; the public treatment equipment also comprises an identity recognizer which is electrically connected with the minimum system of the single chip microcomputer and is used for recognizing the identity of the patient; the Internet of things transceiver module is communicated with the dispensing distribution terminal;
the on-site real-time early warning module comprises a centralized sign data acquisition device and/or a distributed sign data acquisition device; the centralized sign data acquisition equipment and the distributed sign data acquisition equipment comprise wearable physiological index monitoring equipment, fixed physiological index monitoring equipment and/or in-vivo index monitoring equipment, and the distributed sign data acquisition equipment is in communication connection with the health early warning platform; the centralized sign data acquisition equipment is communicated with the health early warning platform through a data concentrator;
the later-stage early warning module comprises a data input terminal which is used for uploading a laboratory test sheet and an image sheet, is communicated with the health early warning platform and is internally provided with an information input APP; the data entry terminal is arranged at an outpatient service department, a community medical department, a dispensing store and/or a patient monitoring department;
the health early warning platform comprises a registration login server for patient registration and login, a management server managed by the whole platform, a first memory for receiving dispensing data input by a data entry terminal, a second memory for receiving laboratory sheet data and image sheet data input by the data entry terminal, and a third memory for storing input of centralized sign data acquisition equipment or distributed sign data acquisition equipment; the first memory is communicated with the dispensing distribution terminal through the dispensing physiotherapy server; the second memory is communicated with the guardian terminal; the third memory is in communication with a trend arithmetic server; the voice communication system is used for establishing voice communication with the health early warning terminal; the health early warning terminal comprises a controller, a voice and code memory, a player, a mobile transceiver module and pickup equipment, wherein the voice and code memory, the player, the mobile transceiver module and the pickup equipment are electrically connected with the controller; the mobile transceiver module is communicated with the health early warning platform.
2. The intelligent internet of things medical health warning system of claim 1, wherein: the identity recognizer is a fingerprint recognition system, a face recognition system, an iris recognition system, a card swiping system and an identity card recognition system.
3. The intelligent internet of things medical health warning system of claim 1, wherein: the centralized sign data acquisition equipment and the distributed sign data acquisition equipment are both in communication connection with an independent alarm, the independent alarm comprises an alarm controller used for receiving output data of the centralized sign data acquisition equipment and the distributed sign data acquisition equipment, and the alarm controller is electrically connected with a threshold setting module and the alarm; the alarm controller is in communication connection with the health early warning terminal.
4. The intelligent internet of things medical health warning system of claim 1, wherein: a first template for inputting patient codes and medication time and times and a second template for inputting patient codes and uploading documents are arranged on the inner side of the receiving data input terminal; and a receiving and forwarding template corresponding to the first template is arranged in the dispensing terminal and the first singlechip minimum system.
5. The intelligent internet of things medical health early warning system of claim 1, wherein: the trend operation server comprises an operation server for parallel computation, and a personal sign alarm input module, an alarm jump value alarm input module, a trend judgment alarm module and an alarm code pre-storing module which are communicated with the operation server; the alarm code pre-storing module is internally stored with alarm codes consistent with the voice and code memories.
6. The intelligent internet of things medical health warning system of claim 1, wherein: the system works as follows:
a. registering and logging in, registering and logging in the health early warning platform through the registration and logging in server,
b. and the health early warning platform receives the monitoring data sent by the early warning module, the field real-time early warning module and the later early warning module, judges whether to give an alarm or not, gives an alarm through the health early warning terminal if the alarm is needed, and returns to the cycle monitoring state if the alarm is not needed.
7. The intelligent internet of things medical health warning system of claim 1, wherein: the health early warning platform receives and sends data specifically as follows:
a. the early warning module and the health warning platform are communicated as follows: the patient dispenses the medicine through an outpatient department, a community medical department and a medicine dispensing store, medical staff at the outpatient department, the community medical department, the medicine dispensing store or the patient himself or herself and a guardian thereof input the medicine dispensing data into a medicine dispensing distribution terminal, or performs public therapeutic equipment reservation through the outpatient department or the community medical department or purchases private therapeutic equipment through a health early warning platform in a matched manner and performs treatment time equipment; inputting the dispensing data and the treatment time into a dispensing distribution terminal, sending a patient ID, the medicine taking or treatment time or time interval of a therapeutic apparatus into a first memory through the dispensing distribution terminal, obtaining the patient ID by a dispensing physiotherapy server when the first memory has data to be recorded, sending the data into a first singlechip minimum system and a second singlechip minimum system corresponding to the ID through the dispensing distribution terminal and an internet of things transceiving module, triggering a clock chip module by the first singlechip minimum system and the second singlechip minimum system to time, monitoring whether the patient takes medicine within the time interval, returning to perform medicine taking monitoring for the second time after medicine taking and treatment are finished, if the medicine taking information is not received, performing field alarm by the first singlechip minimum system through an alarm module, simultaneously feeding the information back to a health early warning platform by the first singlechip minimum system and the second singlechip minimum system, receiving signals by the health early warning platform, obtaining the patient ID and an alarm code, and sending the alarm code to the health early warning terminal, thereby reminding the patient to take medicine and treat; when the second time threshold of the first singlechip minimum system and the second singlechip minimum system still does not receive medicine taking information, the first singlechip minimum system sends medicine taking and treatment emergency signals, the health early warning platform receives the signals, acquires the ID and the warning code of the patient and establishes connection with the voice system of the health early warning terminal, so that a direct voice communication mode is carried out to inform that medicine is taken;
when medicine taking monitoring is carried out, a patient opens the box cover, the outer access switch is triggered, at the moment, the first single chip microcomputer minimum system sends a signal to the inner access switch in a silent state, the inner access switch carries out medicine dispensing box monitoring, when the medicine dispensing box is taken out, medicine taking judgment is carried out according to a medicine dispensing box storage mode, when multiple medicines taken once are stored in the medicine dispensing box, row and column port judgment is carried out through the inner access switch, when the medicine dispensing box is not taken out before the medicine dispensing box is taken out, the medicine taking signal is effective, otherwise, monitoring is continued, when a certain medicine is stored in the medicine dispensing box, the inner access switch only needs to be monitored whether the medicine dispensing box is taken out, the medicine taking signal is effective when the medicine dispensing box is taken out, otherwise, monitoring is continued, and when the box cover is covered, the inner access switch is completely closed; the first single chip microcomputer minimum system receives that the medicine taking time is within the range of the data threshold value transmitted by the medicine dispensing and distributing terminal, then the medicine taking monitoring is carried out for the second time, otherwise, the alarm is carried out through the internet of things transceiving module and the alarm module;
when the treatment is monitored, the state monitoring module of the treatment instrument monitors whether a power switch of the household treatment instrument or the public treatment instrument is turned on, and when the treatment is monitored, whether a voltage or current signal exists is monitored through a digital voltage sampler or a digital current transformer, if the voltage or current signal does not exist, the power supply is not turned on, otherwise, the treatment of the treatment instrument is finished; the private treatment equipment acquires the patient ID through the temporary storage device, the public treatment equipment acquires the patient ID through the identity recognizer, and finally whether the physical therapy is finished within the treatment time sent by the dispensing and distributing terminal is judged;
b. the on-site real-time early warning module and the health early warning platform are communicated as follows: acquiring physiological index data of a patient through a wearable physiological index monitoring device, a fixed physiological index monitoring device and/or an in-vivo index monitoring device, feeding back and storing the ID of the patient and the physiological index data to a third memory, communicating the third memory with a trend operation server, continuously acquiring physiological indexes of the patient through the operation server of the trend operation server according to the ID of the patient, simultaneously, respectively receiving personal sign thresholds input by a personal sign alarm input module, inputting alarm jump values through the alarm jump value alarm input module, inputting trend values through a trend judgment alarm module, generating corresponding alarm codes when the physiological indexes of the patient exceed the personal sign thresholds, or the physiological indexes change within a certain time threshold exceeds the jump values, or the slope of a lifting curve of the physiological indexes exceeds the trend values within a certain time threshold, acquiring the corresponding alarm codes through a prestored table look-up mode of the alarm code module, and sending the alarm codes to a health early warning terminal, inquiring the corresponding voice segments through the alarm codes by the health early warning terminal, and broadcasting the voice segments through a player;
c. the communication between the later-stage early warning module and the health early warning platform is as follows:
the patient or medical personnel will be listed as the laboratory sheet and the image list is sent into the second memory through data entry terminal with data, the second memory communicates with guardian's terminal, medical personnel types its patient ID who monitors the patient through guardian's terminal, transfer the laboratory sheet and the image list that upload in a certain period of patient, and carry out the consultation, thereby will consult the data and carry out consultation information notice and artifical early warning through the voice communication system that health early warning platform and health early warning terminal established.
8. The intelligent internet of things medical health warning system of claim 1, wherein: the working process of the health early warning terminal is as follows:
and receiving the early warning code sent by the health early warning platform, inquiring the voice segment corresponding to the early warning code through the early warning code, playing and warning the voice segment through the player, and establishing a voice communication channel with the health early warning platform through the mobile transceiver module, the pickup equipment and the player.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103605911A (en) * | 2013-12-11 | 2014-02-26 | 东南大学 | Intelligent community health care system control method based on Internet of things |
| CN104504291A (en) * | 2015-01-13 | 2015-04-08 | 浙江维尔科技股份有限公司 | Medicine information data processing method and system based on intelligent medicine chest |
| CN106066931A (en) * | 2016-05-25 | 2016-11-02 | 张福林 | A kind of active-mode intelligent emergency system |
| CN111180091A (en) * | 2020-03-06 | 2020-05-19 | 东北大学 | Monitoring system for smart medical community service |
| WO2021033188A1 (en) * | 2019-08-20 | 2021-02-25 | Ainnotech A.N Ltd | Medication dispensing machine and system |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20170235909A1 (en) * | 2016-02-11 | 2017-08-17 | Esvyda!, Inc. | Telemonitoring system ! |
-
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103605911A (en) * | 2013-12-11 | 2014-02-26 | 东南大学 | Intelligent community health care system control method based on Internet of things |
| CN104504291A (en) * | 2015-01-13 | 2015-04-08 | 浙江维尔科技股份有限公司 | Medicine information data processing method and system based on intelligent medicine chest |
| CN106066931A (en) * | 2016-05-25 | 2016-11-02 | 张福林 | A kind of active-mode intelligent emergency system |
| WO2021033188A1 (en) * | 2019-08-20 | 2021-02-25 | Ainnotech A.N Ltd | Medication dispensing machine and system |
| CN111180091A (en) * | 2020-03-06 | 2020-05-19 | 东北大学 | Monitoring system for smart medical community service |
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