CN105031786A - Breathing machine integrating method based on cloud platform, cloud platform and breathing machine - Google Patents
Breathing machine integrating method based on cloud platform, cloud platform and breathing machine Download PDFInfo
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- CN105031786A CN105031786A CN201510408928.8A CN201510408928A CN105031786A CN 105031786 A CN105031786 A CN 105031786A CN 201510408928 A CN201510408928 A CN 201510408928A CN 105031786 A CN105031786 A CN 105031786A
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Abstract
The invention provides a breathing machine integrating method based on a cloud platform. The method includes the steps of producing running data when a breathing machine runs, obtaining the running data from the breathing machine through the cloud platform, analyzing the running data to obtain processed data, obtaining the processed data from the cloud platform through a medical client side so that a doctor can reset new configuration parameters of the breathing machine according to the processed data, receiving the new configuration parameters from the medical client side through the cloud platform, sending the new configuration parameters to the breathing machine so that the new configuration parameters can be automatically set on the breathing machine, and making the breathing machine run according to the new configuration parameters. The invention further provides the cloud platform applicable to the method and the breathing machine applicable to the method. By means of the method, the cloud platform and the breathing machine, the running data of the breathing machine can be more accurately grasped and then processed so that the basis can be provided for the doctor to adjust the configuration parameters of the breathing machine in time.
Description
Technical field
The present invention relates to a kind of cloud platform technology, particularly a kind of respirator integration method based on cloud platform, and be applicable to cloud platform and the respirator of described respirator integration method.
Background technology
Respirator is the visual plant that class disease is breathed in treatment.But, breathe class Disease (especially gerontal patient) and Use of respirator method is understood not, the respirator needing Professional knowledge to set is had no way of doing it.Because respirator needs to wear face shield, the initial patient used may have suitable sense scarcely, and compliance may not be high, and patient can not adjust the configuration parameter of respirator in time to adapt to respirator.In addition, in the face of numerous patients, doctor is also difficult to efficiently and provides professional comment in time.And patient and family numbers of patients are also difficult to grasp the situation that patient uses respirator at any time.
Summary of the invention
In view of above content, be necessary to provide a kind of respirator integration method based on cloud platform, the method can allow doctor grasp the service data that patient uses respirator more exactly, and described service data is processed, for the configuration parameter adjusting respirator in time provides foundation, meanwhile, notify the family members of patient or patient in time, the family members of patient or patient are grasped in time situation that patient uses respirator.
In addition, there is a need to provide a kind of cloud platform, this cloud platform can allow doctor grasp the service data that patient uses respirator more exactly, and described service data is processed, for the configuration parameter adjusting respirator in time provides foundation, meanwhile, notify the family members of patient or patient in time, the family members of patient or patient are grasped in time situation that patient uses respirator.
In addition, there is a need to provide a kind of respirator, this respirator can adjust configuration parameter in time, to operate in better state.
Based on a respirator integration method for cloud platform, the method comprising the steps of: produce service data when respirator runs; Cloud platform obtains described service data from described respirator, and carries out analyzing and processing to described service data, to obtain processing data; Obtain described process data by medical client from described cloud platform, according to described process data, new configuration parameter is reset to described respirator for doctor; Described cloud platform receives described new configuration parameter from described medical client, and described new configuration parameter is sent to described respirator, automatically carry out optimum configurations for described respirator according to described new configuration parameter, described respirator runs according to described new configuration parameter.
Further, described service data comprises multiple service data item, described service data comprises multiple service data item, described service data item comprises the model of respirator, the positional information of respirator, the title of respirator, the name of patient, the data on flows of patient's air supply duct, the pressure data of patient's air supply duct, the oximetry data of patient, the heart rate data of patient, the respiratory frequency data of patient, the switching on and shutting down event data of respirator, the apnea data of patient, the low ventilation event data of patient, whether respirator there are the data of fan trouble, humidifier fault data, sensor failure data, time when service data item produces, peak flow velocity in patient's single breath cycle, the inspiratory/expiratory of patient's single breath, the air leakage of patient's single breath, the perfusion degree of patient, respirator motion time clock ventilation, the respiratory effort of patient, the tidal volume of patient's single breath, the goal pressure of IPAP and EPAP when respirator runs.
Further, whether described handle packet is drawn together patient uses the compliance data of respirator, patient uses the duration of respirator, whether patient has taken a turn for the better data and is the data of early warning patient, described cloud platform obtains described service data from described respirator, and described service data is analyzed, also generate treatment report while obtaining described process data.
Further, described cloud platform is connected with predetermined mobile device, and described predetermined mobile device obtains described process data from described cloud platform, and the user for described predetermined mobile device grasps described process data by described cloud platform.
Further, the described respirator mode of automatically carrying out optimum configurations according to described new configuration parameter is as follows: be stored in the storage device of respirator by new configuration parameter; Described cloud platform sends activation notification to predetermined mobile device; User activates this new configuration parameter by mobile device; Described respirator reads activated new configuration parameter from described storage device, and resets respirator according to new configuration parameter; Described respirator carries out running and producing service data according to described new configuration parameter.
A kind of cloud platform being applicable to aforementioned respirator integration method:
Described cloud platform, for obtaining the service data of described respirator from respirator, analyzing and processing is carried out to obtain processing data to the service data obtained, and described process data are supplied to medical client, the user for described medical client resets new configuration parameter according to described process data to described respirator;
Described cloud platform, also for receiving described new configuration parameter from described medical client, and described new configuration parameter is sent to described respirator, automatically carry out optimum configurations for described respirator according to described new configuration parameter, described respirator runs according to described new configuration parameter.
Further, described service data comprises multiple service data item, described service data item comprises the model of respirator, the positional information of respirator, the title of respirator, the name of patient, the data on flows of patient's air supply duct, the pressure data of patient's air supply duct, the oximetry data of patient, the heart rate data of patient, the respiratory frequency data of patient, the switching on and shutting down event data of respirator, the apnea data of patient, the low ventilation event data of patient, whether respirator there are the data of fan trouble, humidifier fault data, sensor failure data, time when service data item produces, peak flow velocity in patient's single breath cycle, the inspiratory/expiratory of patient's single breath, the air leakage of patient's single breath, the perfusion degree of patient, respirator motion time clock ventilation, the respiratory effort of patient, the tidal volume of patient's single breath, the goal pressure of IPAP and EPAP when respirator runs.
Further, whether described handle packet is drawn together patient uses the compliance data of respirator, patient uses the duration of respirator, whether patient has taken a turn for the better data and is the data of early warning patient.
Further, described cloud platform is connected with predetermined mobile device, and described predetermined mobile device obtains described process data from described cloud platform, and the user for described predetermined mobile device grasps described process data by described cloud platform.
Be applicable to a respirator for aforementioned respirator integration method, described respirator receives described new configuration parameter from described cloud platform, and automatically carries out the following optimum configurations of mode according to described new configuration parameter:
New configuration parameter is stored in the storage device of respirator;
Described cloud platform sends activation notification to predetermined mobile device;
User activates this new configuration parameter by mobile device;
Described respirator reads activated new configuration parameter from described storage device, and resets respirator according to new configuration parameter; And
Described respirator carries out running and producing service data according to described new configuration parameter.
Compare prior art, the present invention can allow doctor grasp the service data that patient uses respirator more exactly, and described service data is processed, for the configuration parameter adjusting respirator in time provides foundation, simultaneously, notify the family members of patient or patient in time, the family members of patient or patient are grasped in time situation that patient uses respirator.
Accompanying drawing explanation
Fig. 1 is the applied environment figure of the respirator integration method that the present invention is based on cloud platform.
Fig. 2 is the concrete implementing procedure figure of the respirator integration method preferred embodiment that the present invention is based on cloud platform.
Fig. 3 is the refinement flow chart that in the step S14 of Fig. 2, respirator carries out optimum configurations automatically according to new configuration parameter.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
For further setting forth the present invention for the technological means reaching predetermined goal of the invention and take and effect, below in conjunction with accompanying drawing and preferred embodiment, to the specific embodiment of the present invention, structure, feature and effect thereof, be described in detail as follows.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
As shown in Figure 1, for the present invention is based on the applied environment figure of the respirator integration method of cloud platform.Should be applied to a respirator integration system based on the respirator integration method of cloud platform, this respirator integration system comprises one or more respirator 1 (being described with a respirator in Fig. 1), cloud platform 2, medical client 3 and mobile device 4.Described cloud platform 2 is connected with one or more respirator 1, medical client 3 and mobile device 4 by network (such as, the Internet or LAN).
When patient uses respirator 1, described respirator 1 is for generation of service data.Described service data comprises multiple service data item, and described service data item includes, but not limited to the model of respirator 1, the positional information of respirator 1, the title of respirator 1, the name of patient, the data on flows of patient's air supply duct, the pressure data of patient's air supply duct, the oximetry data of patient, the heart rate data of patient, the respiratory frequency data of patient, the switching on and shutting down event data of respirator, the apnea data of patient, the low ventilation event data of patient, whether respirator there are the data of fan trouble, humidifier fault data, sensor failure data, patient uses the compliance data of respirator 1, patient uses the duration of respirator 1, the apnea of patient, the low ventilation event of respirator 1, the face shield of respirator comes off event, peak flow velocity in patient's single breath cycle, the inspiratory/expiratory of patient's single breath, the air leakage of patient's single breath, the perfusion degree of patient, respirator 1 motion time clock ventilation, the respiratory effort of patient, the tidal volume of patient's single breath, the goal pressure (wherein, described goal pressure is not equal to actual pressure when respirator runs) of IPAP and EPAP when respirator 1 runs, the data such as time when service data item produces.Described respirator 1 with network connecting function, and can carry out data interaction with described cloud platform 2, such as, produced service data is transferred to described cloud platform 2, or receives the data that described cloud platform 2 sends over.Specifically, described respirator 1 is provided with communication module (such as, WIFI module, bluetooth or infrared module), carries out data interaction by described communication module and described cloud platform 2.Described respirator 1 may be, but not limited to, and noninvasive ventilator, has the respirator with network connecting function of other any type such as wound respirator, Pneumatic gas-controlled breathing machine, electric electricing breathing machine, Pneumatic electrical control respirator etc.
It should be noted that, because described respirator 1 produces service data in real time, in order to reduce the system burden of described respirator 1, described service data is first stored in the relief area of the internal memory of respirator 1, during storage condition to be achieved, by described service data stored in the storage device (such as, FLASHROM etc. in TF card, SD card, machine) of described respirator 1.Described storage condition can refer to that described service data arrives preset capacity (such as, 1,000,000), some Preset Time points (such as, 13:30 divides), or certain preset duration (such as, every a minute) etc.Thus, storage number of times can be reduced, can not be too frequent to the hardware operation of described respirator 1, thus reduce the burden of described respirator 1.
In addition, in order to ensure that the function that data store can not have influence on the operation function of described respirator 1 itself (such as, produce service data etc.) and other functions, described respirator 1 just stores data when service data produces, and section time described service data results between operation function that patient opens described respirator 1 to the operation function of closing described respirator 1.That is, when operation function do not opened by described respirator 1, such as, described respirator 1, when carrying out optimum configurations or holding state, can't store data.By the sequential of the operating system of respirator described in reasonable distribution 1 with ensure that under the hardware supported such as enough (namely powerful) processors function that data store can not have influence on operation function and other functions of respirator itself.
Because described service data comprises the service data item of various different classification, conveniently search, described service data is carried out classification according to service data item and is stored, i.e. each store data items region, such as, the data on flows of all patient's air supply ducts is stored in separately the first memory area of described cloud platform 2, the pressure data of all patient's air supply ducts is stored in separately the second memory area of described cloud platform 2, the oximetry data of all patients is stored in separately the 3rd memory area of described cloud platform 2, the respiratory frequency data of all patients are stored in separately the 4th memory area of described cloud platform 2.
Further, in order to reduce offered load, before service data being sent to described cloud platform 2, described respirator 1 can carry out compression process (such as to service data, Huffman decompression algorithm or LZW decompression algorithm is adopted to carry out compression process to service data), thus, decrease the data volume in transmitting procedure, improve efficiency of transmission and speed.In order to ensure the safety of service data, prevent from divulging a secret, described respirator 1 also can be encrypted service data, such as, symmetrical enciphering and deciphering algorithm (e.g., aes algorithm) or asymmetric enciphering and deciphering algorithm (e.g., RSA Algorithm) is adopted to be encrypted service data.
Described respirator 1 also comprises a real-time Transmission switch, and when this real-time Transmission switch open, the service data of generation is transferred to described cloud platform 2 by described respirator 1 in real time.
Described cloud platform 2, for storing the service data sent from described respirator 1, such as, stores all service datas in 10,000 patients 1 year.
Described cloud platform 2, also for carrying out analyzing and processing to each service data item of described service data, has obtained processing data.Described handle packet draws together that patient uses the compliance data of respirator (being calculated by the switching on and shutting down event in described service data), patient uses the duration of respirator (being calculated by the switching on and shutting down event in described service data), data that whether patient has taken a turn for the better (whether the respiratory frequency of such as, adding up patient in a period of time is tending towards the standard value of doctor's setting), whether be the data of early warning patient.By the data of described early warning patient to filter out early warning patient.In the present embodiment, when there being service data item to exceed the standard value of doctor's setting, the patient corresponding to this service data is early warning patient.For example, if patient uses the compliance data of described respirator 1 lower than preset value, or the service time using described respirator 1 lower than Preset Time (such as, lower than 2 hours), or the apnea index of patient (AHI) exceedes preset value (such as, more than 30 times), then the patient that described service data is corresponding is early warning patient.When described cloud platform 2 filters out early warning patient, send pre-alert notification to described medical client 3, predetermined described mobile device 4.When described medical client 3 receives pre-alert notification, described medical client 3 is to play window and/or to remind doctor in conjunction with the mode of sound.When described mobile device 4 receives pre-alert notification, described mobile device 4 is to play window and/or the mode reminding user (such as, patient or family numbers of patients) in conjunction with sound.In addition, described cloud platform 2 also can according to the severity extent of patient, different colors (such as, COPD patients with acute exacerbation uses red-label) and/or sound (such as, COPD patients with acute exacerbation uses the volume of 50 decibels) is used in pre-alert notification.By described cloud platform 2, doctor, patient and family numbers of patients can grasp the situation of patient in time.It should be noted that, if service data is the data of compression, described cloud platform 2 also can carry out decompress(ion) to the service data of compression, such as, described respirator 1 carries out compression process by Huffman decompression algorithm to described service data, then described cloud platform 2 carries out decompression processing by Huffman decompression algorithm to described service data.If service data is the data of encryption, described cloud platform 2 also can be decrypted the service data of encryption, such as, if described respirator 1 is encrypted described service data by RSA Algorithm, then described cloud platform 2 is decrypted process by RSA Algorithm to described service data.
Described cloud platform 2 may be, but not limited to, data center or the computer cluster be made up of multiple server.Utilize the storage capacity of described cloud platform 2, data-handling capacity and concatenation ability, described cloud platform 2 can also allow professional's (e.g., doctor) long-range for patient provides professional comment, prevents delay treatment in the unwitting situation of patient.Specifically, when doctor by described medical client 3 to described process data analysis after, therapeutic scheme can be formulated for patient, and therapeutic scheme be uploaded to described cloud platform 2, send predetermined mobile device 4 to by described cloud platform 2.Further, doctor obtains described process data by described medical client 3 from described cloud platform 2, the practical situation of patient is gone out (such as according to described process data analysis, whether take a turn for the better), and adjust the configuration parameter of described respirator 1, run under making described respirator 1 configuration parameter after the adjustment, and produce service data.The configuration parameter of described respirator 1 include, but not limited to the using forestland of respirator 1, pressure, oxygen concentration, humidifier gear, whether open information such as postponing boosting and pressure rising time.
Real-time monitoring system can be set up between doctor, patient or family numbers of patients, respirator by described cloud platform 2.
Doctor can log in described cloud platform 2 by described medical client 3, and new configuration parameter (configuration parameter namely after adjustment) is transferred to described cloud platform 2, new configuration parameter is sent to respirator 1, described mobile device 4 by described cloud platform 2, when described mobile device 4 receives new configuration parameter, activate this configuration parameter by the mode confirmed, reset respirator 1 according to new configuration parameter in described respirator 1 afterwards.
The computer equipment of described medical client 3 for using when doctor handles official business, described medical client can be mobile phone, computer, panel computer, personal digital assistant (PersonalDigitalAssistant, PDA), wearable device (such as, intelligent watch, intelligent glasses etc.) or other any suitable electronic equipment.Doctor can use described medical client 3 to log on described cloud platform 2, such as, by being provided with the accession page or application program that log in described cloud platform 2 in described medical client 3, doctor in accession page or application program, input correct user name and password can log in described cloud platform 2, to check the described process data on described cloud platform 2, or new configuration parameter is uploaded to described cloud platform 2.Described medical client 3 also can obtain from described cloud platform 2 or check described service data.
Described mobile device 4 may be, but not limited to, the device that predetermined user (such as, patient or family numbers of patients) carries with.Patient or family numbers of patients can use described mobile device 4 to log on described cloud platform 2, such as, by being provided with the accession page or application program that log in cloud platform on described mobile device 4, patient or family numbers of patients in accession page or application program, input correct user name and password can log in described cloud platform 2, to check the described process data on cloud platform 2.Described mobile device 4 also can obtain from cloud platform 2 or check described service data.Described mobile device 4 can be mobile phone, panel computer, personal digital assistant (PersonalDigitalAssistant, PDA), wearable device (such as, intelligent watch, intelligent glasses etc.) or other any suitable electronic equipment.
Described mobile device 4 can also directly be connected with respirator 1, such as, described mobile device 4 is connected with respirator 1 by LAN or blue-tooth device or communication (NearFieldCommunication, NFC) of marching into the arena, and directly obtains service data from respirator 1.
As shown in Figure 2, be the concrete implementing procedure figure of the respirator integration method preferred embodiment based on cloud platform.
It is emphasized that: flow chart shown in Fig. 2 is only a preferred embodiment, those skilled in the art is when knowing, any embodiment built around inventive concept should not depart from the scope contained in following technical scheme:
Service data is produced when respirator 1 runs; Cloud platform 2 obtains described service data from described respirator 1, and processes to obtain processing data to described service data; Obtain described process data by medical client 3 from described cloud platform 2, according to described process data, new configuration parameter is reset to described respirator 1 for doctor; Described cloud platform 2 receives described new configuration parameter from described medical client 3, and described new configuration parameter is sent to described respirator 1, automatically carry out optimum configurations for described respirator 1 according to described new configuration parameter, and run according to described new configuration parameter.
It is below the respirator integration method progressively realizing based on cloud platform in conjunction with the present embodiment.
Step S10, produces service data when respirator 1 runs.Specifically, when patient uses described respirator 1, described respirator 1 produces service data.Described service data comprises multiple service data item, described service data item comprises the model of respirator 1, the positional information of respirator 1, the title of respirator 1, the name of patient, the data on flows of patient's air supply duct, the pressure data of patient's air supply duct, the oximetry data of patient, the heart rate data of patient, the respiratory frequency data of patient, the switching on and shutting down event data of respirator 1, the apnea data of patient, the low ventilation event data of patient, whether respirator 1 there are the data of fan trouble, humidifier fault data, sensor failure data, time when service data item produces, peak flow velocity in patient's single breath cycle, the inspiratory/expiratory of patient's single breath, the air leakage of patient's single breath, the perfusion degree of patient, respirator motion time clock ventilation, the respiratory effort of patient, the tidal volume of patient's single breath, the goal pressure of IPAP and EPAP when respirator 1 runs.Described respirator 1 with network connecting function, and can carry out data interaction with described cloud platform 2, such as, produced service data is transferred to described cloud platform 2, or receives new configuration parameter from described cloud platform 2.Described respirator 1 may be, but not limited to, and noninvasive ventilator, has the respirator with network connecting function of other any type such as wound respirator, Pneumatic gas-controlled breathing machine, electric electricing breathing machine, Pneumatic electrical control respirator etc.
It should be noted that, because described respirator 1 produces service data in real time, in order to reduce the system burden of described respirator 1, described service data is first stored in the relief area of the internal memory of respirator 1, during storage condition to be achieved, by described service data stored in the storage device (TF card can be made, SD card, FLASHROM etc. in machine) of respirator 1.Described storage condition can refer to that described service data arrives preset capacity (such as, 1,000,000), some Preset Time points (such as, 13:30 divides), or certain preset duration (such as, every a minute) etc.Because described service data comprises the service data item of various different classification, conveniently search, described service data is carried out classification according to service data item and is stored, i.e. each store data items region, such as, the data on flows of all patient's air supply ducts is stored in separately the first memory area of described cloud platform 2, the pressure data of all patient's air supply ducts is stored in separately the second memory area of described cloud platform 2, the oximetry data of all patients is stored in separately the 3rd memory area of described cloud platform 2, the respiratory frequency data of all patients are stored in separately the 4th memory area etc. of described cloud platform 2.
Step S11, described cloud platform 2 obtains described service data from described respirator 1, and carries out analyzing and processing to described service data, to obtain processing data.In addition, described cloud platform 2 can also carry out analyzing and processing to each service data item of described service data, to obtain described process data from described service data.Whether described handle packet is drawn together described handle packet and is drawn together patient uses the compliance data of respirator, patient uses the duration of respirator, whether patient has taken a turn for the better data and be the data of early warning patient.When there being service data item to exceed the standard value of doctor's setting, the patient corresponding to described service data is early warning patient.Specifically, described cloud platform 2 filters out early warning patient (such as from service data, use the compliance of respirator 1 bad, use the service time of described respirator 1 inadequate, the more high patient of apnea index (AHI) index of patient).
In addition, described cloud platform 2 obtains described service data from described respirator 1, and analyzes described service data, also generates treatment report while obtaining described process data.
Step S12, the described medical client 3 that described process data send to by described cloud platform 2, makes doctor reset new configuration parameter according to described process data to described respirator.The configuration parameter of described respirator 1 include, but not limited to the using forestland of respirator 1, pressure, oxygen concentration, humidifier gear, whether open information such as postponing boosting and pressure rising time.
Step S13, described cloud platform 2 receives described new configuration parameter from described medical client 3, and described new configuration parameter is sent to described respirator 1.
Step S14, described respirator 1 carries out optimum configurations automatically according to described new configuration parameter, and runs according to described new configuration parameter.The mode that described respirator 1 carries out optimum configurations automatically according to described new configuration parameter will be described in detail in figure 3.
It should be noted that, new configuration parameter is that doctor makes according to described process data, if doctor does not need to reset new configuration parameter to respirator 1 according to described process data judging, then step S13 and step S14 can omit.
Fig. 3 to carry out the refinement flow chart of the mode of optimum configurations automatically according to described new configuration parameter for respirator described in the step S14 of Fig. 2.
Step S140, is stored in new configuration parameter in the storage device of respirator 1.
Step S141, described cloud platform 2 sends activation notification to predetermined mobile device 4.Specifically, described cloud platform 2 sends activation notification to the mobile device 4 of patient or patients' relatives, and patient or patients' relatives activate new configuration parameter by mobile device 4.Described activation notification is used for notifying that patient or patients' relatives will reset described respirator 1.Described activation notification may be, but not limited to, the announcement information of note, a hyperlink or other arbitrary form.In the present embodiment, when the mobile device 4 of patient or patients' relatives receives activation notification, patient or patients' relatives activate this new configuration parameter by the some entities on click mobile device 4 or virtual key (such as, " confirmation " button).
Step S142, reads activated new configuration parameter, resets described respirator 1 according to new configuration parameter from the storage device of described respirator 1.Specifically, described respirator 1 reset the using forestland of respirator 1, pressure, oxygen concentration, humidifier gear, whether open parameters such as postponing boosting and pressure rising time.
Step S143, described respirator 1 carries out running and producing service data according to described new configuration parameter.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize description of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical field, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1., based on a respirator integration method for cloud platform, it is characterized in that, the method comprising the steps of:
Service data is produced when respirator runs;
Cloud platform obtains described service data from described respirator, and carries out analyzing and processing to described service data, to obtain processing data;
Obtain described process data by medical client from described cloud platform, according to described process data, new configuration parameter is reset to described respirator for doctor;
Described cloud platform receives described new configuration parameter from described medical client, and described new configuration parameter is sent to described respirator, automatically carry out optimum configurations for described respirator according to described new configuration parameter, described respirator runs according to described new configuration parameter.
2., as claimed in claim 1 based on the respirator integration method of cloud platform, it is characterized in that, described service data comprises multiple service data item, and described service data item comprises the model of respirator, the positional information of respirator, the title of respirator, the name of patient, the data on flows of patient's air supply duct, the pressure data of patient's air supply duct, the oximetry data of patient, the heart rate data of patient, the respiratory frequency data of patient, the switching on and shutting down event data of respirator, the apnea data of patient, the low ventilation event data of patient, whether respirator there are the data of fan trouble, humidifier fault data, sensor failure data, time when service data item produces, peak flow velocity in patient's single breath cycle, the inspiratory/expiratory of patient's single breath, the air leakage of patient's single breath, the perfusion degree of patient, respirator motion time clock ventilation, the respiratory effort of patient, the tidal volume of patient's single breath, the goal pressure of IPAP and EPAP when respirator runs.
3. as claimed in claim 1 based on the respirator integration method of cloud platform, it is characterized in that, whether described handle packet is drawn together patient uses the compliance data of respirator, patient uses the duration of respirator, whether patient has taken a turn for the better data and is the data of early warning patient, described cloud platform obtains described service data from described respirator, and described service data is analyzed, also generate treatment report while obtaining described process data.
4. as claimed in claim 1 based on the respirator integration method of cloud platform, it is characterized in that, described cloud platform is connected with predetermined mobile device, described predetermined mobile device obtains described process data from described cloud platform, and the user for described predetermined mobile device grasps described process data by described cloud platform.
5., as claimed in claim 1 based on the respirator integration method of cloud platform, it is characterized in that, the mode that described respirator carries out optimum configurations automatically according to described new configuration parameter is as follows:
New configuration parameter is stored in the storage device of respirator;
Described cloud platform sends activation notification to predetermined mobile device;
User activates this new configuration parameter by mobile device;
Described respirator reads activated new configuration parameter from described storage device, and resets respirator according to new configuration parameter; And
Described respirator carries out running and producing service data according to described new configuration parameter.
6. be applicable to a cloud platform for respirator integration method described in any one of claim 1 to 5, it is characterized in that:
Described cloud platform, for obtaining the service data of described respirator from respirator, analyzing and processing is carried out to obtain processing data to the service data obtained, and described process data are supplied to medical client, the user for described medical client resets new configuration parameter according to described process data to described respirator;
Described cloud platform, also for receiving described new configuration parameter from described medical client, and described new configuration parameter is sent to described respirator, automatically carry out optimum configurations for described respirator according to described new configuration parameter and run according to described new configuration parameter.
7. cloud platform as claimed in claim 6, it is characterized in that, described service data comprises multiple service data item, described service data item comprises the model of respirator, the positional information of respirator, the title of respirator, the name of patient, the data on flows of patient's air supply duct, the pressure data of patient's air supply duct, the oximetry data of patient, the heart rate data of patient, the respiratory frequency data of patient, the switching on and shutting down event data of respirator, the apnea data of patient, the low ventilation event data of patient, whether respirator there are the data of fan trouble, humidifier fault data, sensor failure data, time when service data item produces, peak flow velocity in patient's single breath cycle, the inspiratory/expiratory of patient's single breath, the air leakage of patient's single breath, the perfusion degree of patient, respirator motion time clock ventilation, the respiratory effort of patient, the tidal volume of patient's single breath, the goal pressure of IPAP and EPAP when respirator runs.
8. cloud platform as claimed in claim 6, is characterized in that, whether described handle packet is drawn together patient uses the compliance data of respirator, patient uses the duration of respirator, whether patient has taken a turn for the better data and be the data of early warning patient.
9. cloud platform as claimed in claim 6, it is characterized in that, described cloud platform is connected with predetermined mobile device, described predetermined mobile device obtains described process data from described cloud platform, and the user for described predetermined mobile device grasps described process data by described cloud platform.
10. be applicable to a respirator for respirator integration method described in any one of claim 1 to 5, it is characterized in that, described respirator carries out optimum configurations in the following manner automatically according to described new configuration parameter:
New configuration parameter is stored in the storage device of respirator;
Described cloud platform sends activation notification to predetermined mobile device;
User activates this new configuration parameter by mobile device;
Described respirator reads activated new configuration parameter from described storage device, and resets respirator according to new configuration parameter; And
Described respirator carries out running and producing service data according to described new configuration parameter.
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