CN106355012A - Remote analgesia supervision, diagnosis and treatment system and method based on intelligent mobile terminals - Google Patents
Remote analgesia supervision, diagnosis and treatment system and method based on intelligent mobile terminals Download PDFInfo
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- CN106355012A CN106355012A CN201610773941.8A CN201610773941A CN106355012A CN 106355012 A CN106355012 A CN 106355012A CN 201610773941 A CN201610773941 A CN 201610773941A CN 106355012 A CN106355012 A CN 106355012A
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Abstract
The invention discloses a remote analgesia supervision, diagnosis and treatment system and method based on intelligent mobile terminals; the system comprises an electronic analgesic instrument, a first mobile terminal, a server and a second mobile terminal; the electronic analgesic instrument is connected with the first mobile terminal through a USB (universal serial bus) or Bluetooth; the first mobile terminal and the second mobile terminal are connected with the server in a wireless manner; the first mobile terminal is positioned aside a patient, the second mobile terminal is positioned aside a doctor, and remote analgesia supervision, diagnosis and treatment is thus achieved; compared with the prior art, the system is low in cost and allows diagnosis and treatment at an outpatient clinic.
Description
Technical field
The present invention relates to the remotely control of appearance of easing pain of electron.
Background technology
Appearance of easing pain of electron stimulates behind related acupuncture point by specific frequency and waveform, both can excited crude fibre close in spinal cord
Pain gate, reduce the afferent transmission of pain information, can effectively promote again maincenter Different brain region discharge Endorphins and
Other neurochemicals, the impression of the retardance pain information to afferent inputs for the axoneure, quickly improves the anti-of whole body
Pain ability.
In prior art, the remotely control of electronic equipment is generally accomplished by: first will be straight for this electronic equipment
Connect and realize interacting with remote server after connecting network in a wired or wireless manner, it is remote that remote control management terminal then passes through this
Journey server is realized the management to this electronic equipment and is controlled.Adopt and mean that appearance of easing pain of electron needs to be directly connected to net in this way
Network, remote control management terminal then passes through the operation to this appearance of easing pain of electron for the real-time performance, thus realize long-range supervision of easing pain examining
Treat.But the problem that this mode exists: remote control management terminal is to be operated by doctor, and appearance of easing pain of electron is arranged on
Patient, long-range doctor cannot understand the body-sensing of patient by appearance of easing pain of electron, and doctor's remotely controlled electronically analgesia instrument
Foundation be the sensation to pain for the patient, in this case, doctor basically can not operate appearance of easing pain of electron.
Content of the invention
Problem to be solved by this invention: a kind of long-range analgesia of design monitors diagnosis and therapy system, and by this system, doctor is permissible
Moreover it is possible to interact in real time outside remote control appearance of easing pain of electron, obtain the body-sensing of patient with patient.
For solving the above problems, the scheme that the present invention adopts is as follows:
A kind of according to the present invention monitors diagnosis and therapy system based on the long-range analgesia of intelligent mobile terminal, and this system includes easing pain of electron
Instrument, the first mobile terminal, server and the second mobile terminal；Described appearance of easing pain of electron passes through first described in usb or bluetooth connection
Mobile terminal；Described first mobile terminal and the second mobile terminal wirelessly connect described server；
Described appearance of easing pain of electron includes:
For frequency and Wave data being sent to the module of described first mobile terminal；
For the module from described first mobile terminal receives frequency and the control instruction of waveform adjustment；
Described first mobile terminal includes:
For the module from described appearance of easing pain of electron receives frequency and Wave data；
For the frequency of reception and Wave data being forwarded to the module of described server；
The module forwarding for the control instruction from server receives frequency and waveform adjustment and to described appearance of easing pain of electron；
Described server includes:
For the module from described first mobile terminal receives frequency and Wave data；
For the frequency of reception and Wave data being forwarded to the module of described second mobile terminal；
Forward for the control instruction from described second mobile terminal receives frequency and waveform adjustment and to the first mobile terminal
Module；
Described second mobile terminal includes:
For the module from described server receives frequency and Wave data；
For the module by display screen display frequency and Wave data；
The module of the control instruction of the frequency for receiving user's input and waveform adjustment；
For the control instruction of the frequency of user input and waveform adjustment being forwarded to the module of server.
Further, diagnosis and therapy system, described first shifting are monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention
Dynamic terminal also includes:
Module for the pain index data of receiving user's input；
For by the pain index data is activation of user input to described server module；
Described server also includes:
For receiving the module of pain index data from the first mobile terminal；
For by pain index data is activation to described second mobile terminal module；
Described second mobile terminal also includes:
For receiving the module of pain index data from server；
For showing the module of pain index data by display screen.
Further, diagnosis and therapy system, described first shifting are monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention
Dynamic terminal also includes:
Module for the first instant message of receiving user's input；
For the first instant message of user input is sent to the module of server；
For receiving the module of the second instant message from server；
For showing the module of described second instant message by display screen；
Described server also includes:
For receiving the module of the first instant message from the first mobile terminal；
For receiving the module of the second instant message from the second mobile terminal；
For described first instant message being forwarded to the module of described second mobile terminal；
For described second instant message being forwarded to the module of described first mobile terminal；
Described second mobile terminal also includes:
Module for the second instant message of receiving user's input；
For the second instant message of user input is sent to the module of server；
For receiving the module of the first instant message from server；
For showing the module of described first instant message by display screen.
Further, diagnosis and therapy system, described server are monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention
Also include:
For temporally preserving the control instruction of frequency and Wave data, frequency and waveform adjustment, pain index data, first being
When message and the second instant message module.
Further, diagnosis and therapy system, described first shifting are monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention
Dynamic terminal also includes:
The module of the control instruction of the frequency for receiving user's input and waveform adjustment；
For the control instruction of the frequency of user input and waveform adjustment is sent to the module of described appearance of easing pain of electron.
A kind of according to the present invention monitors diagnosis and treatment method based on the long-range analgesia of intelligent mobile terminal, and the method is related to electronics
Analgesia instrument, the first mobile terminal, server and the second mobile terminal；Described appearance of easing pain of electron passes through described in usb or bluetooth connection
First mobile terminal；Described first mobile terminal and the second mobile terminal wirelessly connect described server；The method
Comprise the steps:
Appearance of easing pain of electron sends frequency and Wave data to described first mobile terminal；
First mobile terminal is from described appearance of easing pain of electron receives frequency and Wave data；
The frequency of reception and Wave data are forwarded to described server by the first mobile terminal；
Server is from described first mobile terminal receives frequency and Wave data；
The frequency of reception and Wave data are forwarded to described second mobile terminal by server；
Second mobile terminal is from described server receives frequency and Wave data；
Second mobile terminal passes through display screen display frequency and Wave data；
The frequency of the second mobile terminal receiving user's input and the control instruction of waveform adjustment；
The control instruction of the frequency of user input and waveform adjustment is forwarded to server by the second mobile terminal；
Server from described second mobile terminal receives frequency and waveform adjustment control instruction and to first mobile terminal forward；
First mobile terminal from server receives frequency and waveform adjustment control instruction and to described appearance of easing pain of electron forward；
Appearance of easing pain of electron is from the control instruction of described first mobile terminal receives frequency and waveform adjustment.
Further, diagnosis and treatment method is monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention, the method is also wrapped
Include:
The pain index data of the first mobile terminal receiving user's input；
First mobile terminal is by the pain index data is activation of user input to described server；
Server receives pain index data from the first mobile terminal；
Server is by pain index data is activation to described second mobile terminal；
Second mobile terminal receives pain index data from server；
Second mobile terminal shows pain index data by display screen.
Further, diagnosis and treatment method is monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention, the method is also wrapped
Include:
First instant message of the first mobile terminal receiving user's input；
First mobile terminal sends the first instant message of user input to server；
Server receives the first instant message from the first mobile terminal；
Described first instant message is forwarded to described second mobile terminal by server；
Second mobile terminal receives the first instant message from server；
Second mobile terminal shows described first instant message by display screen；
Second instant message of the second mobile terminal receiving user's input；
Second mobile terminal sends the second instant message of user input to server；
Server receives the second instant message from the second mobile terminal；
Described second instant message is forwarded to described first mobile terminal by server；
First mobile terminal receives the second instant message from server；
First mobile terminal shows described second instant message by display screen.
Further, diagnosis and treatment method is monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention, the method is also wrapped
Include: described server temporally preserve the control instruction of frequency and Wave data, frequency and waveform adjustment, pain index data,
First instant message and the second instant message.
Further, diagnosis and treatment method is monitored based on the long-range analgesia of intelligent mobile terminal according to the present invention, the method is also wrapped
Include:
The frequency of the first mobile terminal receiving user's input and the control instruction of waveform adjustment；
First mobile terminal sends the control instruction of the frequency of user input and waveform adjustment to described appearance of easing pain of electron.
The technique effect of the present invention is as follows:
1st, compared to prior art, appearance of easing pain of electron need not install the communication modules such as wifi or 3g/4g, but using price more
Cheap usb or bluetooth communication module, and make use of on the equipment such as the smart mobile phone that most people had or panel computer
Mobile app carries out communication and forwards, so that the cost of whole system is more cheap；
2nd, the touch display screen that the system is carried using the first mobile terminal smart mobile phone or panel computer, it is possible to achieve Bing Renhe
The remote interaction of doctor, thus realizing Remote Diagnosis System, this be under prior art appearance of easing pain of electron be directly connected to the Internet and
The irrealizable function of remote diagnosis system institute of realizing, because appearance of easing pain of electron is generally without enough input and output portions
Part is it is impossible to realize sending and receiving of instant message.
Brief description
Fig. 1 be the present invention remotely ease pain monitor diagnosis and therapy system overall structure diagram.
Specific embodiment
Below in conjunction with the accompanying drawings the present invention is described in further details.
Embodiment 1
As shown in figure 1, a kind of monitor diagnosis and therapy system based on the long-range analgesia of intelligent mobile terminal, including appearance of easing pain of electron 1, first
Mobile terminal 2, server 3 and the second mobile terminal 4.Appearance of easing pain of electron 1 is arranged on patient, can be to put in patient body
Built-in appearance of easing pain of electron it is also possible to the external appearance of easing pain of electron that is placed on outside patient body.Appearance of easing pain of electron 1 is provided with micro-
Processor, memorizer and communication interface.Wherein, communication interface is usb interface or bluetooth communication module.Memorizer internal memory contains soft
Part program.Microprocessor is used for executing the software program being stored in memorizer.First mobile terminal 2 is by patient or patients home
Belong to the smart mobile phone held or panel computer, positioned at patient-side it is also possible to referred to as patient-side mobile terminal.Second mobile terminal 4
It is the smart mobile phone or panel computer held by doctor, positioned at doctor side it is also possible to referred to as doctor's side shifting terminal.First is mobile
Terminal 2 and the second mobile terminal 4 are smart mobile phone familiar to those skilled in the art or panel computer, including display screen, place
The parts such as reason device, memorizer and various communication interfaces.Wherein display screen is usually touching display screen, except showing figure
Moreover it is possible to realize touch input outside civilian content.Various communication interfaces include usb interface, bluetooth communication unit, wifi communication unit,
Gprs/3g/4g communication unit.First mobile terminal 2 and the second mobile terminal 4 pass through to execute application program mounted thereto in fact
Its corresponding function existing.Server 3 is the remote server accessing the Internet.Thus, appearance of easing pain of electron 1 and the first mobile terminal
2 can be connected with each other by short-range communication mode such as usb or bluetooth.First mobile terminal 2 and the second mobile terminal 4 pass through
After wireless mode accesses the Internet, then pass through internet connection server 3.Here wireless mode can be wifi it is also possible to
It is 3g or 4g or gprs.The process that appearance of easing pain of electron 1 is connected with the first mobile terminal 2 foundation is familiar to those skilled in the art
Technology, this specification repeats no more.The mistake of the first mobile terminal 2 and the second mobile terminal 4 wirelessly connection server 3
Journey is related to patient status's checking and physicianship checking.First mobile terminal 2 and the second mobile terminal 4 connection server 3
The technology that process and its authentication process itself of being related to are known to those skilled in the art, this specification also repeats no more.
The said system of the present embodiment can achieve remotely monitor and two functions of remote adjustment.Remotely monitor is located at doctor
Second mobile terminal 4 of side can obtain frequency and the waveform number of appearance of easing pain of electron 1 by the first mobile terminal 2 positioned at patient-side
According to so that doctor can the frequency of appearance of easing pain of electron 1 installed of remotely monitor patient and Wave data.Remote adjustment is doctor
By the second mobile terminal 4 of doctor side, server 3, the first mobile terminal 2 positioned at patient-side, appearance of easing pain of electron 1 is carried out
Remote operation.The long-range analgesia that the combination of remotely monitor and two functions of remote adjustment is indication of the present invention monitors diagnosis and treatment.
Wherein, the process of remotely monitor is realized by following steps:
The frequency that memorizer is stored by appearance of easing pain of electron 1 and Wave data send to the first mobile terminal 2；
First mobile terminal 2 is from appearance of easing pain of electron 1 receives frequency and Wave data；
The frequency of reception and Wave data are forwarded to server 3 by the first mobile terminal 2；
Server 3 is from the first mobile terminal 2 receives frequency and Wave data；
The frequency of reception and Wave data are forwarded to the second mobile terminal 4 by server 3；
Second mobile terminal 4 is from server 3 receives frequency and Wave data；
Second mobile terminal 4 passes through display screen display frequency and Wave data.
The process of remote adjustment is realized by following steps:
Second mobile terminal 4 passes through the frequency of interactive receiving user's input at ui interface and the control instruction of waveform adjustment；Here
User be doctor；
The control instruction of the frequency of user input and waveform adjustment is forwarded to server 3 by the second mobile terminal 4；
Server 3 forward from the control instruction of the second mobile terminal receives frequency and waveform adjustment and to the first mobile terminal 2；
First mobile terminal 2 forward from the control instruction of server receives frequency and waveform adjustment and to appearance of easing pain of electron 1；
Appearance of easing pain of electron 1 is from the control instruction of the first mobile terminal 2 receives frequency and waveform adjustment；
Appearance of easing pain of electron 1 extracts frequency and Wave data from the control instruction of frequency and waveform adjustment；
The frequency extracted and Wave data are stored in memorizer appearance of easing pain of electron 1；
The frequency that appearance of easing pain of electron 1 is stored according to memorizer and Wave data control analgesia output.
Embodiment 2
The long-range analgesia based on intelligent mobile terminal of the present embodiment monitors that diagnosis and therapy system also achieves on the basis of embodiment 1
The function of remote diagnosis.Remote diagnosis be located at doctor side the second mobile terminal 4 pass through server 3 with positioned at the of patient-side
One mobile terminal 2 carries out instant message interaction, so that doctor is obtained in that patient's body-sensing information provides foundation for diagnosis.
Under the present embodiment, the process of remote diagnosis is realized by two ways, and under the first embodiment, the process of remote diagnosis is passed through
The transmission of pain index is realized, and specifically comprises the steps of
First mobile terminal 2 passes through the pain index data of the interactive receiving user's input at ui interface；Here user is patient
Or families of patients；Now, user passes through the prompting of ui interface operation, inputs pain index by patient or families of patients.
First mobile terminal 2 is by the pain index data is activation of user input to server 3；
Server 3 receives pain index data from the first mobile terminal 2；
Server 3 is by pain index data is activation to the second mobile terminal 4；
Second mobile terminal 4 receives pain index data from server 3；
Second mobile terminal 4 shows pain index data by display screen.
Under second embodiment, the process of remote diagnosis passes through the interaction realization of instant message, specifically comprises following step
Rapid:
First mobile terminal 2 passes through the first instant message of the interactive receiving user's input at ui interface；Here user is patient
Or families of patients；
First mobile terminal 2 sends the first instant message of user input to server 3；
Server 3 receives the first instant message from the first mobile terminal 2；
First instant message is forwarded to the second mobile terminal 4 by server 3；
Second mobile terminal 4 receives the first instant message from server 3；
Second mobile terminal 4 shows the first instant message by display screen；
Second mobile terminal 4 passes through the second instant message of the interactive receiving user's input at ui interface；Here user is doctor；
Second mobile terminal 4 sends the second instant message of user input to server 3；
Server 3 receives the second instant message from the second mobile terminal 4；
Second instant message is forwarded to the first mobile terminal 2 by server 3；
First mobile terminal 2 receives the second instant message from server 3；
First mobile terminal 2 shows the second instant message by display screen.
It should be noted that both embodiments can combine, it is, the process of remote diagnosis can comprise to ache
The transmission of pain index and the interaction of instant message.
Embodiment 3
The long-range analgesia supervision diagnosis and therapy system based on intelligent mobile terminal of the present embodiment is on the basis of embodiment 1 or embodiment 2
On also achieve outpatient service regulation function.Outpatient service is adjusted i.e. when patient removes hospital outpatient, and it is mobile whole that doctor can directly pass through first
End 2 operates to appearance of easing pain of electron 1.The process that outpatient service is adjusted is realized by following steps:
First mobile terminal 2 passes through the frequency of interactive receiving user's input at ui interface and the control instruction of waveform adjustment；Here
User be typically patient's outpatient service when faced by doctor；
First mobile terminal 2 sends the control instruction of the frequency of user input and waveform adjustment to appearance of easing pain of electron 1；
Appearance of easing pain of electron 1 is from the control instruction of the first mobile terminal 2 receives frequency and waveform adjustment；
Appearance of easing pain of electron 1 extracts frequency and Wave data from the control instruction of frequency and waveform adjustment；
The frequency extracted and Wave data are stored in memorizer appearance of easing pain of electron 1；
The frequency that appearance of easing pain of electron 1 is stored according to memorizer and Wave data control analgesia output.
Embodiment 4
The long-range analgesia supervision diagnosis and therapy system based on intelligent mobile terminal of the present embodiment is on the basis of embodiment 1 or embodiment 2
On also achieve the function of diagnosis and treatment data storage.Diagnosis and treatment data storage is the service when doctor is remotely eased pain supervision diagnosis and treatment
Device 3 preserves its every diagnosis and treatment data of being related to, history of forming diagnosis and treatment data, for later analysis with relate offer foundation.For
For embodiment 1, diagnosis and treatment data includes being sent to the frequency of the second mobile terminal 4 and Wave data and by by appearance of easing pain of electron 1
Two terminals 4 send the control instruction adjusting to frequency and the waveform of appearance of easing pain of electron 1.For embodiment 2, the first enforcement
Under mode, diagnosis and treatment data also includes pain index data.Under second embodiment, diagnosis and treatment data also includes mobile whole by first
End 2 sends to the first instant message of the second mobile terminal 4 and is sent to the of the first mobile terminal 2 by the second mobile terminal 4
Two instant messages.Server 3 keeps being stored in chronological order during every diagnosis and treatment data.
Embodiment 5
The present embodiment is the combination to embodiment 4 for the above-described embodiment 1.That is, the present embodiment is remote based on intelligent mobile terminal
Journey analgesia monitors that diagnosis and therapy system achieves above-mentioned remotely monitor, remote adjustment, remote diagnosis, outpatient service regulation and diagnosis and treatment data
Five functions of storage.Thus, for specific to each equipment in system, each equipment need to comprise corresponding functional module.
Wherein, appearance of easing pain of electron 1 includes with lower module:
For setting up, with the first mobile terminal 2, the module that communication is connected；
Send the module of the module to the first mobile terminal 2 for the frequency that stored memorizer and Wave data；
For the module from the first mobile terminal 2 receives frequency and the control instruction of waveform adjustment；
For extracting frequency and the module of Wave data from the control instruction of frequency and waveform adjustment；
For the module being stored in the frequency extracted and Wave data in memorizer；
Frequency and Wave data for being stored according to memorizer control the module exporting of easing pain.
First mobile terminal 2 includes with lower module:
For the module being connected is set up with appearance of easing pain of electron 1 by usb mode or bluetooth approach；
For wirelessly setting up, with server 3, the module being connected；
For the module from appearance of easing pain of electron 1 receives frequency and Wave data；
For the frequency of reception and Wave data being forwarded to the module of server 3；
The module forwarding for the control instruction from server 3 receives frequency and waveform adjustment and to appearance of easing pain of electron 1；
Module for the pain index data of receiving user's input；
For by the module of the pain index data is activation of user input to server 3；
Module for the first instant message of receiving user's input；
For the first instant message of user input is sent to the module of server 3；
For receiving the module of the second instant message from server 3；
For showing the module of the second instant message by display screen；
The module of the control instruction of the frequency for receiving user's input and waveform adjustment.
Server 3 includes with lower module:
For setting up, with the first mobile terminal 2, the module being connected；
For setting up, with the second mobile terminal 4, the module being connected；
For the module from the first mobile terminal 2 receives frequency and Wave data；
For the frequency of reception and Wave data being forwarded to the module of the second mobile terminal 4；
For receiving the module of pain index data from the first mobile terminal 2；
For by the module of pain index data is activation to the second mobile terminal 4；
For receiving the module of the first instant message from the first mobile terminal 2；
For the first instant message being forwarded to the module of the second mobile terminal 4；
For receiving the module of the second instant message from the second mobile terminal 4；
For the second instant message being forwarded to the module of the first mobile terminal 2；
For the module from the second mobile terminal 4 receives frequency and the control instruction of waveform adjustment；
For forwarding the module of the control instruction of institute's receives frequency and waveform adjustment to the first mobile terminal 2；
For temporally preserving the module of diagnosis and treatment data；Wherein diagnosis and treatment data includes: frequency and Wave data, frequency and waveform are adjusted
Whole control instruction, the first instant message and the second instant message.
Second mobile terminal 4 includes with lower module:
For setting up, with server 3, the module being connected；
For the module from server 3 receives frequency and Wave data；
For the module by display screen display frequency and Wave data；
The module of the control instruction of the frequency for receiving user's input and waveform adjustment；
For the control instruction of the frequency of user input and waveform adjustment being forwarded to the module of server 3；
For receiving the module of pain index data from server；
For showing the module of pain index data by display screen；
For receiving the module of the first instant message from server 3；
For showing the module of the first instant message by display screen；
Module for the second instant message of receiving user's input；
For the second instant message of user input is sent to the module of server 3.
Claims (10)
1. a kind of long-range analgesia supervision diagnosis and therapy system based on intelligent mobile terminal is it is characterised in that this system includes electronics town
Pain instrument, the first mobile terminal, server and the second mobile terminal；Described appearance of easing pain of electron passes through described in usb or bluetooth connection the
One mobile terminal；Described first mobile terminal and the second mobile terminal wirelessly connect described server；
Described appearance of easing pain of electron includes:
For frequency and Wave data being sent to the module of described first mobile terminal；
For the module from described first mobile terminal receives frequency and the control instruction of waveform adjustment；
Described first mobile terminal includes:
For the module from described appearance of easing pain of electron receives frequency and Wave data；
For the frequency of reception and Wave data being forwarded to the module of described server；
The module forwarding for the control instruction from server receives frequency and waveform adjustment and to described appearance of easing pain of electron；
Described server includes:
For the module from described first mobile terminal receives frequency and Wave data；
For the frequency of reception and Wave data being forwarded to the module of described second mobile terminal；
Forward for the control instruction from described second mobile terminal receives frequency and waveform adjustment and to the first mobile terminal
Module；
Described second mobile terminal includes:
For the module from described server receives frequency and Wave data；
For the module by display screen display frequency and Wave data；
The module of the control instruction of the frequency for receiving user's input and waveform adjustment；
For the control instruction of the frequency of user input and waveform adjustment being forwarded to the module of server.
2. as claimed in claim 1 diagnosis and therapy system is monitored based on the long-range analgesia of intelligent mobile terminal it is characterised in that described
First mobile terminal also includes:
Module for the pain index data of receiving user's input；
For by the pain index data is activation of user input to described server module；
Described server also includes:
For receiving the module of pain index data from the first mobile terminal；
For by pain index data is activation to described second mobile terminal module；
Described second mobile terminal also includes:
For receiving the module of pain index data from server；
For showing the module of pain index data by display screen.
3. as claimed in claim 1 diagnosis and therapy system is monitored based on the long-range analgesia of intelligent mobile terminal it is characterised in that described
First mobile terminal also includes:
Module for the first instant message of receiving user's input；
For the first instant message of user input is sent to the module of server；
For receiving the module of the second instant message from server；
For showing the module of described second instant message by display screen；
Described server also includes:
For receiving the module of the first instant message from the first mobile terminal；
For receiving the module of the second instant message from the second mobile terminal；
For described first instant message being forwarded to the module of described second mobile terminal；
For described second instant message being forwarded to the module of described first mobile terminal；
Described second mobile terminal also includes:
Module for the second instant message of receiving user's input；
For the second instant message of user input is sent to the module of server；
For receiving the module of the first instant message from server；
For showing the module of described first instant message by display screen.
4. as claimed in claim 3 diagnosis and therapy system is monitored based on the long-range analgesia of intelligent mobile terminal it is characterised in that described
Server also includes:
For temporally preserving control instruction, first instant message and second of frequency and Wave data, frequency and waveform adjustment
The module of instant message.
5. as claimed in claim 1 diagnosis and therapy system is monitored based on the long-range analgesia of intelligent mobile terminal it is characterised in that described
First mobile terminal also includes:
The module of the control instruction of the frequency for receiving user's input and waveform adjustment；
For the control instruction of the frequency of user input and waveform adjustment is sent to the module of described appearance of easing pain of electron.
6. a kind of long-range analgesia supervision diagnosis and treatment method based on intelligent mobile terminal is it is characterised in that the method is related to electronics town
Pain instrument, the first mobile terminal, server and the second mobile terminal；Described appearance of easing pain of electron passes through described in usb or bluetooth connection the
One mobile terminal；Described first mobile terminal and the second mobile terminal wirelessly connect described server；The method bag
Include following steps:
Appearance of easing pain of electron sends frequency and Wave data to described first mobile terminal；
First mobile terminal is from described appearance of easing pain of electron receives frequency and Wave data；
The frequency of reception and Wave data are forwarded to described server by the first mobile terminal；
Server is from described first mobile terminal receives frequency and Wave data；
The frequency of reception and Wave data are forwarded to described second mobile terminal by server；
Second mobile terminal is from described server receives frequency and Wave data；
Second mobile terminal passes through display screen display frequency and Wave data；
The frequency of the second mobile terminal receiving user's input and the control instruction of waveform adjustment；
The control instruction of the frequency of user input and waveform adjustment is forwarded to server by the second mobile terminal；
Server from described second mobile terminal receives frequency and waveform adjustment control instruction and to first mobile terminal forward；
First mobile terminal from server receives frequency and waveform adjustment control instruction and to described appearance of easing pain of electron forward；
Appearance of easing pain of electron is from the control instruction of described first mobile terminal receives frequency and waveform adjustment.
7. as claimed in claim 6 diagnosis and treatment method is monitored based on the long-range analgesia of intelligent mobile terminal it is characterised in that the party
Method also includes:
The pain index data of the first mobile terminal receiving user's input；
First mobile terminal is by the pain index data is activation of user input to described server；
Server receives pain index data from the first mobile terminal；
Server is by pain index data is activation to described second mobile terminal；
Second mobile terminal receives pain index data from server；
Second mobile terminal shows pain index data by display screen.
8. as claimed in claim 6 diagnosis and treatment method is monitored based on the long-range analgesia of intelligent mobile terminal it is characterised in that the party
Method also includes:
First instant message of the first mobile terminal receiving user's input；
First mobile terminal sends the first instant message of user input to server；
Server receives the first instant message from the first mobile terminal；
Described first instant message is forwarded to described second mobile terminal by server；
Second mobile terminal receives the first instant message from server；
Second mobile terminal shows described first instant message by display screen；
Second instant message of the second mobile terminal receiving user's input；
Second mobile terminal sends the second instant message of user input to server；
Server receives the second instant message from the second mobile terminal；
Described second instant message is forwarded to described first mobile terminal by server；
First mobile terminal receives the second instant message from server；
First mobile terminal shows described second instant message by display screen.
9. as claimed in claim 8 diagnosis and treatment method is monitored based on the long-range analgesia of intelligent mobile terminal it is characterised in that the party
Method also includes: described server temporally preserves the control instruction of frequency and Wave data, frequency and waveform adjustment, first instant
Message and the second instant message.
10. the long-range analgesia supervision diagnosis and treatment method based on intelligent mobile terminal as claimed in claim 6 is it is characterised in that be somebody's turn to do
Method also includes:
The frequency of the first mobile terminal receiving user's input and the control instruction of waveform adjustment；
First mobile terminal sends the control instruction of the frequency of user input and waveform adjustment to described appearance of easing pain of electron.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610773941.8A CN106355012A (en) | 2016-08-31 | 2016-08-31 | Remote analgesia supervision, diagnosis and treatment system and method based on intelligent mobile terminals |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106790682A (en) * | 2017-02-09 | 2017-05-31 | 宁波江丰生物信息技术有限公司 | A kind of Tele-consultation System |
| CN107959926A (en) * | 2017-12-08 | 2018-04-24 | 湖南湘华优路交通科技有限公司 | The method and device of data interaction between equipment and server |
| CN108924219A (en) * | 2018-06-29 | 2018-11-30 | 深圳臻迪信息技术有限公司 | The method, apparatus and system of remote operation terminal |
| CN111249567A (en) * | 2020-01-20 | 2020-06-09 | 苏州麦德迅医疗科技有限公司 | Wireless analgesia pump system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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