CN104580377A - High-pressure oxygen treatment management system based on Internet of Things - Google Patents
High-pressure oxygen treatment management system based on Internet of Things Download PDFInfo
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- CN104580377A CN104580377A CN201410769133.5A CN201410769133A CN104580377A CN 104580377 A CN104580377 A CN 104580377A CN 201410769133 A CN201410769133 A CN 201410769133A CN 104580377 A CN104580377 A CN 104580377A
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Abstract
The invention discloses a high-pressure oxygen treatment management system based on Internet of Things. The high-pressure oxygen treatment management system mainly comprises the following modules and systems: a hospital management information system (HIS), a laboratory information system (LIS), a picture archiving and communication system (PACS) and an electronic record system (EMR), wherein the hospital management information system comprises an appointment-making, registering and chamber-arranging module, an oxygen chamber operation module and an application module of a wireless mobile information system; in the appointment-making, registering and chamber-arranging module, clinical doctors put forward electronic application to a high-pressure oxygen department through a doctor station of the HIS system; high-pressure oxygen doctors know basic conditions of patients and give suggestion to the high-pressure oxygen treatment on patents, send the suggestion to the applicant doctors through the system for reference of the applicant doctors; forming and printing an informed consent, a notice for entering the chamber and a treatment certificate after a high-pressure oxygen treatment schedule is made and recording the informed consent, the notice for entering the chamber and the treatment certificate in the department after the patients signs. Through adoption of the high-pressure oxygen treatment management system, the high-pressure oxygen treatment is standard, accurate and high in quality; the working efficiency and the quality of service are improved; the whole high-pressure oxygen treatment process is monitored; the powerful guarantee is provided for the safe high-pressure oxygen treatment.
Description
Technical field
The present invention relates to hyperbaric oxygentherapy management system application technical field, especially a kind of hyperbaric oxygentherapy management system based on Internet of Things.
Background technology
At present, be equipped with the extensive use of computer-controlled hyperbaric oxygen chamber, for the safe operation of hyperbaric oxygen chamber provides guarantee, and compare shortage for the computer digital information management system of hyperbaric oxygentherapy, most of hospital still have employed traditional manual management mode, has been difficult to meet the standardization of hyperbaric oxygentherapy, accuracy, quality requirement.
For increasing work efficiency, the working procedure of specification hyperbaric oxygentherapy, realizes the resource consolidation of digitized hyperbaric oxygentherapy system and hospital information system, patient-centered health care, builds digital hospital.With reference to associated high voltage oxygen therapy workflow, draw advanced experience, in conjunction with the practical situation of hospital, the information processing technology of advanced person is applied in hyperbaric oxygen operational control.Make full use of existing cyber-net, design rational workflow, management process and data flow, avoid loaded down with trivial details, the repetition of data that operates and the redundancy of information, make patient preengaging, wait to see the doctor, check, each link such as treatment can experience feel at ease, fast, orderly first-class medical environment and excellent service standard.Form digitized hyperbaric oxygentherapy system, for hyperbaric oxygen staff provides clinical auxiliary support, computer management tools, scientific research aid.The enforcement of digitized hyperbaric oxygentherapy system improves work efficiency, service quality, makes hyperbaric oxygentherapy standardization, accuracy, quality.
Prior art can not meet the needs of people, and for making up prior art deficiency, the present invention aims to provide a kind of hyperbaric oxygentherapy management system based on Internet of Things.
For achieving the above object, the present invention is by the following technical solutions: a kind of hyperbaric oxygentherapy management system based on Internet of Things, mainly comprise with lower module and system, the management of management information system for hospitals (HIS), checking information system (LIS), image file and communication system (PACS), electronic medical record system (EMR), the application module that management information system for hospitals comprises preregistration row cabin module, module, wireless mobile information systems are run in oxygen cabin; In the module of preregistration row cabin, clinician proposes electronic application by HIS system doctor station to Dept. of Hyperbaric Oxygen, after hyperbaric oxygen doctor understands patient's basic condition, the hyperbaric oxygentherapy of this patient is advised, be sent to application doctor place by system, for application doctor reference.After formulating hyperbaric oxygentherapy scheme, is formed and print Informed Consent Form, enter cabin notice, treatment card, section office's retention after being signed by patient.Relevant document all forms patient information bar code, and automatically forms hyperbaric oxygentherapy case history, hyperbaric oxygentherapy log (comprising the information such as time, pressure, oxygen inhalation mode, untoward reaction of patient's essential information, each treatment of record).Patient information enters preregistration module automatically, and preregistration content comprises sequence number, numbering, name, age, address, diagnosis, charge etc., and information is extracted from HIS system automatically.And standardization name is carried out, for the information system management of oxygen cabin performs data encasement to diagnosis.Be numbered patient's unique number, renewed treaty patient also uses same numbering, all previous treatment situation of convenient understanding patient.Click numbering or name, show all previous registration situation of same patient, click diagnosis, can occur that same diagnostic patient registers.After new patient's registration, do not need again to input relevant information, other form auto-associatings; After preregistration success, precious program is waited in the row of entering cabin.
Run in oxygen cabin in module, behaviour cabin personnel enter system with job number, thus ensure the operation qualification of behaviour cabin personnel.After selection cabin is secondary, according to row cabin situation, intuitively show this and treat full detail, comprise the essential information such as patient name, age that PAD collects, and oxygen inhalation mode, position, etc. project.After according to circumstances adjusting corresponding information, patient information data begins to take shape.After the contents such as operations project, time and signature such as untoward reaction record promptly and accurately record, coordinate the data of the Real-time Collections such as pressure, temperature, oxygen concentration, form complete workflow.The daily record of work run as this hyperbaric oxygen prints retention.As promising critical comatose patient accompany cabin time, generate critical comatose patient simultaneously and accompany cabin record.
In the application module of wireless mobile information systems, system adopts C/S/S pattern, and (c:Client client, has PC and PDA two kinds of client collaborative works; S:Service intermediate layer is served; S:Server server), first set up wired, wireless double localized net in section office, and dock with full institute informatization and network platform.Operator enter before and after cabin to use PDA to obtain the every terms of information of patient in time patient, and share with host information, ensure the timely, accurate and complete of record, increase work efficiency, and implementation quality controls better.
The main interface function of PDA is respectively: patient's general card, row cabin release, information gathering, process record, safety check record, propaganda and education's record, equipment inspection record.Patient's general card shows essential information and the row cabin situation of each cabin time patient, and by scanning barcode, or name lookup is checked patient in cabin.Information acquisition module is the typing of vital sign body temperature, pulse, heart rate, breathing, blood pressure and inquiry mainly, to position, oxygen inhalation mode, the drainage tube situation of patient, accompanies the situations such as cabin to carry out record with or without family members.Process record be on PDA instant directly typing to patient carry out the operation such as drainage tube process, suction sputum process and the situations such as the patient's condition observed, treatment and nursing are recorded on PDA with precise time.In PDA, setting term used in everyday, simplifies typing.Safety check record is by entering cabin personnel's dressing, and the inspection situations such as belongings carry out record.Propaganda and education's record refers to and enters cabin notice to what enter that cabin personnel carry out, the use of safety education, oxygen uptake harness and carry out on-the-spot record as: the propaganda and education having the patient of drainage tube etc. to carry out instructs etc. for special entity.Equipment inspection record refers to the routine inspection record that every cabin time is carried out hyperbaric oxygen chamber oxygen analyser, compressor, oxygen system etc.
The information data of PDA and terminal is all shared with server sync, only needs wherein an equipment to operate when performing each task, and after synchronous, other machines can display time of implementation and operator's name automatically, does not need repetitive operation.
Though PDA has a lot of advantage in Clinical practice, but network system or software go wrong, to the use of PDA be affected, and therefore, must corresponding nursing system fault emergency preplan be formulated. once occur that network or software issue are just enabled manual signature, draw, write prediction scheme.
Therapeutic process complete monitoring, realizes the acquisition and recording of pressure, temperature, oxygen concentration, the seizure record of video, audio frequency.
Real-time status collection is carried out to oxygen cabin.Current for oxygen cabin real-time status is converted into the discernible signal of telecommunication of computer system by it, and sends computer to.Collecting unit comprises pressure transmitter, temperature transmitter etc., and oxygen analyser generally provides computer interface, can directly use.Computer-controlled oxygen cabin can use existing equipment.The data collected are by Practical computer teaching recording curve and store, and form complete daily record of work with treatment data, and printable file; The video captured, audio frequency, can according to circumstances preserve, and deletes.Have good grounds when there is dispute or accident.
Case history document management
After new patient fills in preregistration, case history homepage contains the medical record document automatically generated data of essential information with other, namely can form internal association after same information material collection.The hyperbaric oxygentherapy log that daily record of work forms rear treatment data and patient forms internal association.Treatment brief summary is filled in time by doctor, and content comprises essential information, brief summary, therapeutic evaluation, follows up a case by regular visits to.
Compared with prior art, the invention has the beneficial effects as follows: should based on the hyperbaric oxygentherapy management system of Internet of Things, make hyperbaric oxygentherapy standardization, accuracy, quality, improve work efficiency, service quality, to hyperbaric oxygentherapy process complete monitoring, it is the powerful guarantee of hyperbaric oxygen safe treatment.Various treatment data are carried out preservation, analyzed, for hyperbaric oxygen staff provides clinical auxiliary support, computer management tools, scientific research aid.Reduce malpraxis, avoid medical tangle, alleviate medical worker's workload, utilize information-based means simultaneously, from patient's angular arrangement treatment process, hyperbaric oxygen can be improved energetically and to go to a doctor atmosphere, promote patient satisfaction.
Summary of the invention
Detailed description of the invention
Below, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
In the embodiment of the present invention, a kind of hyperbaric oxygentherapy management system based on Internet of Things, mainly comprise with lower module and system, the management of management information system for hospitals (HIS), checking information system (LIS), image file and communication system (PACS), electronic medical record system (EMR), the application module that management information system for hospitals comprises preregistration row cabin module, module, wireless mobile information systems are run in oxygen cabin; In the module of preregistration row cabin, clinician proposes electronic application by HIS system doctor station to Dept. of Hyperbaric Oxygen, after hyperbaric oxygen doctor understands patient's basic condition, the hyperbaric oxygentherapy of this patient is advised, be sent to application doctor place by system, for application doctor reference.After formulating hyperbaric oxygentherapy scheme, is formed and print Informed Consent Form, enter cabin notice, treatment card, section office's retention after being signed by patient.Relevant document all forms patient information bar code, and automatically forms hyperbaric oxygentherapy case history, hyperbaric oxygentherapy log (comprising the information such as time, pressure, oxygen inhalation mode, untoward reaction of patient's essential information, each treatment of record).Patient information enters preregistration module automatically, and preregistration content comprises sequence number, numbering, name, age, address, diagnosis, charge etc., and information is extracted from HIS system automatically.And standardization name is carried out, for the information system management of oxygen cabin performs data encasement to diagnosis.Be numbered patient's unique number, renewed treaty patient also uses same numbering, all previous treatment situation of convenient understanding patient.Click numbering or name, show all previous registration situation of same patient, click diagnosis, can occur that same diagnostic patient registers.After new patient's registration, do not need again to input relevant information, other form auto-associatings; After preregistration success, wait to see the doctor program in the row of entering cabin.
Run in oxygen cabin in module, behaviour cabin personnel enter system with job number, thus ensure the operation qualification of behaviour cabin personnel.After selection cabin is secondary, according to row cabin situation, intuitively show this and treat full detail, comprise the essential information such as patient name, age that PAD collects, and oxygen inhalation mode, position, etc. project.After according to circumstances adjusting corresponding information, patient information data begins to take shape.After the contents such as operations project, time and signature such as untoward reaction record promptly and accurately record, coordinate the data of the Real-time Collections such as pressure, temperature, oxygen concentration, form complete workflow.The daily record of work run as this hyperbaric oxygen prints retention.As promising critical comatose patient accompany cabin time, generate critical comatose patient simultaneously and accompany cabin record.
In the application module of wireless mobile information systems, system adopts C/S/S pattern, and (c:Client client, has PC and PDA two kinds of client collaborative works; S:Service intermediate layer is served; S:Server server), first set up wired, wireless double localized net in section office, and dock with full institute informatization and network platform.Operator enter before and after cabin to use PDA to obtain the every terms of information of patient in time patient, and share with host information, ensure the timely, accurate and complete of record, increase work efficiency, and implementation quality controls better.
The main interface function of PDA is respectively: patient's general card, row cabin release, information gathering, process record, safety check record, propaganda and education's record, equipment inspection record.Patient's general card shows essential information and the row cabin situation of each cabin time patient, and by scanning barcode, or name lookup is checked patient in cabin.Information acquisition module is the typing of vital sign body temperature, pulse, heart rate, breathing, blood pressure and inquiry mainly, to position, oxygen inhalation mode, the drainage tube situation of patient, accompanies the situations such as cabin to carry out record with or without family members.Process record be on PDA instant directly typing to patient carry out the operation such as drainage tube process, suction sputum process and the situations such as the patient's condition observed, treatment and nursing are recorded on PDA with precise time.In PDA, setting term used in everyday, simplifies typing.Safety check record is by entering cabin personnel's dressing, and the inspection situations such as belongings carry out record.Propaganda and education's record refers to and enters cabin notice to what enter that cabin personnel carry out, the use of safety education, oxygen uptake harness and carry out on-the-spot record as: the propaganda and education having the patient of drainage tube etc. to carry out instructs etc. for special entity.Equipment inspection record refers to the routine inspection record that every cabin time is carried out hyperbaric oxygen chamber oxygen analyser, compressor, oxygen system etc.
The information data of PDA and terminal is all shared with server sync, only needs wherein an equipment to operate when performing each task, and after synchronous, other machines can display time of implementation and operator's name automatically, does not need repetitive operation.
Though PDA has a lot of advantage in Clinical practice, but network system or software go wrong, to the use of PDA be affected, and therefore, must corresponding nursing system fault emergency preplan be formulated. once occur that network or software issue are just enabled manual signature, draw, write prediction scheme.
Therapeutic process complete monitoring, realizes the acquisition and recording of pressure, temperature, oxygen concentration, the seizure record of video, audio frequency.
Real-time status collection is carried out to oxygen cabin.Current for oxygen cabin real-time status is converted into the discernible signal of telecommunication of computer system by it, and sends computer [5] to.Collecting unit comprises pressure transmitter, temperature transmitter etc., and oxygen analyser generally provides computer interface, can directly use.Computer-controlled oxygen cabin can use existing equipment.The data collected are by Practical computer teaching recording curve and store, and form complete daily record of work with treatment data, and printable file; The video captured, audio frequency, can according to circumstances preserve, and deletes.Have good grounds when there is dispute or accident.
Case history document management
After new patient fills in preregistration, case history homepage contains the medical record document automatically generated data of essential information with other, namely can form internal association after same information material collection.The hyperbaric oxygentherapy log that daily record of work forms rear treatment data and patient forms internal association.Treatment brief summary is filled in time by doctor, and content comprises essential information, brief summary, therapeutic evaluation, follows up a case by regular visits to.
Patient terminated treatment after 15 days, entered state to be followed up a case by regular visits to, and prompting need be followed up a case by regular visits to, and followed up a case by regular visits to and terminated and after recording, be automatically included into and treat.Now treat brief summary complete, printable case history homepage, treatment record, treatment brief summary, file after forming complete hyperbaric oxygentherapy medical record document with Informed Consent Form etc.Each routine patient is made all to have the treatment record of complete specifications.
Treat the preservation of data, inquiry, backup and statistical analysis;
All deposit data of system on the server of hospital's main equipment room, and carry out backing up and disaster tolerance according to main equipment room safety regulation is unified, once occur outside having a mind to, data can not be lost, and realize data permanent storage.Simultaneity factor can carry out statistical analysis to several data, possesses Classifying Sum function.
1. pair treat patient to manage, formed and treated patient summary table, can realize temporally, diagnose, source, the project Macro or mass analysis such as charge, can show by chart.
2. form untoward reaction summary sheet, data are from the untoward reaction option in daily record of work.Time period, response type relative analysis can be realized.
3. form therapeutic effect statistical table, data are from the curative effect option in treatment brief summary.The many condition such as time, curative effect combination statistical analysis can be realized.
4. formed follow up a case by regular visits to statistical table, data from treatment brief summary in follow up a case by regular visits to option.The foundation of follow-up system regularly can be understood conditions of patients change and instruct Rehabilitation.
5. form critical comatose patient and accompany cabin statistical table, data accompany cabin to record option from the heavily trouble in daily record of work.
6. form hyperbaric oxygen equipment operating statistic table, data from daily record of work, content comprises pressing time, decompression time, voltage stabling control, treatment number, accompanies cabin number, treatment pressure, status of equipment, Ru Cangqian propaganda and education and safety check situation, behaviour cabin personnel etc.
7. by the scanning of bar code, or consult the medical record document of patient according to numbering, name, understand all previous treatment situation.
8. pair charge situation carries out statistical analysis, understands the economic benefit obtained for the first period, specifies the economic goal in next period.
Realize the information system management of section office, focus on division quality and safety;
According to daily record of work data cases, regularly to every cabin time treatment data analysis, can according to the control situation of pressure, the control situations of oxygen concentration etc. are passed judgment on behaviour cabin personnel, evaluate hyperbaric oxygentherapy quality.
Realize oxygen analyser electrode to change and remind, relief valve, Pressure gauge inspection expires prompting, and the annual test of oxygen cabin expires the functions such as prompting, equipment periodic maintenance prompting, maintenance and repair record, support equipment safety.
System embedment indication and contraindication, once ward case history comes across the corresponding character of contraindication, namely can automatic warning, remind hyperbaric oxygen doctor to note, ensure treatment safety.
By treating the continuous accumulation of data, can these precious data of Macro or mass analysis, by a large amount of data mining analysis, for research work provides basic data.
To those skilled in the art, obviously the invention is not restricted to the details of above-mentioned one exemplary embodiment, and when not deviating from spirit of the present invention or basic feature, the present invention can be realized in other specific forms.Therefore, no matter from which point, all should embodiment be regarded as exemplary, and be nonrestrictive, scope of the present invention is limited by claims instead of above-mentioned explanation, and all changes be therefore intended in the implication of the equivalency by dropping on claim and scope are included in the present invention.Any labelling in claim should be considered as the claim involved by limiting.
The above; be only preferred embodiment of the present invention; not in order to limit the present invention, every above embodiment is done according to technical spirit of the present invention any trickle amendment, equivalently replace and improve, within the protection domain that all should be included in technical solution of the present invention.
Claims (1)
1. the hyperbaric oxygentherapy management system based on Internet of Things, mainly comprise with lower module and system, the management of management information system for hospitals (HIS), checking information system (LIS), image file and communication system (PACS), electronic medical record system (EMR), the application module that management information system for hospitals comprises preregistration row cabin module, module, wireless mobile information systems are run in oxygen cabin; It is characterized in that: in the module of preregistration row cabin, clinician proposes electronic application by HIS system doctor station to Dept. of Hyperbaric Oxygen, after hyperbaric oxygen doctor understands patient's basic condition, the hyperbaric oxygentherapy of this patient is advised, be sent to application doctor place by system, for application doctor reference.After formulating hyperbaric oxygentherapy scheme, is formed and print Informed Consent Form, enter cabin notice, treatment card, section office's retention after being signed by patient.Relevant document all forms patient information bar code, and automatically forms hyperbaric oxygentherapy case history, hyperbaric oxygentherapy log (comprising the information such as time, pressure, oxygen inhalation mode, untoward reaction of patient's essential information, each treatment of record).Patient information enters preregistration module automatically, and preregistration content comprises sequence number, numbering, name, age, address, diagnosis, charge etc., and information is extracted from HIS system automatically.And standardization name is carried out, for the information system management of oxygen cabin performs data encasement to diagnosis.Be numbered patient's unique number, renewed treaty patient also uses same numbering, all previous treatment situation of convenient understanding patient.Click numbering or name, show all previous registration situation of same patient, click diagnosis, can occur that same diagnostic patient registers.After new patient's registration, do not need again to input relevant information, other form auto-associatings; After preregistration success, wait to see the doctor program in the row of entering cabin.
Run in oxygen cabin in module, behaviour cabin personnel enter system with job number, thus ensure the operation qualification of behaviour cabin personnel.After selection cabin is secondary, according to row cabin situation, intuitively show this and treat full detail, comprise the essential information such as patient name, age that PAD collects, and oxygen inhalation mode, position, etc. project.After according to circumstances adjusting corresponding information, patient information data begins to take shape.After the contents such as operations project, time and signature such as untoward reaction record promptly and accurately record, coordinate the data of the Real-time Collections such as pressure, temperature, oxygen concentration, form complete workflow.The daily record of work run as this hyperbaric oxygen prints retention.As promising critical comatose patient accompany cabin time, generate critical comatose patient simultaneously and accompany cabin record.
In the application module of wireless mobile information systems, system adopts C/S/S pattern, and (c:Client client, has PC and PDA two kinds of client collaborative works; S:Service intermediate layer is served; S:Server server), first set up wired, wireless double localized net in section office, and dock with full institute informatization and network platform.Operator enter before and after cabin to use PDA to obtain the every terms of information of patient in time patient, and share with host information, ensure the timely, accurate and complete of record, increase work efficiency, and implementation quality controls better.
The main interface function of PDA is respectively: patient's general card, row cabin release, information gathering, process record, safety check record, propaganda and education's record, equipment inspection record.Patient's general card shows essential information and the row cabin situation of each cabin time patient, and by scanning barcode, or name lookup is checked patient in cabin.Information acquisition module is the typing of vital sign body temperature, pulse, heart rate, breathing, blood pressure and inquiry mainly, to position, oxygen inhalation mode, the drainage tube situation of patient, accompanies the situations such as cabin to carry out record with or without family members.Process record be on PDA instant directly typing to patient carry out the operation such as drainage tube process, suction sputum process and the situations such as the patient's condition observed, treatment and nursing are recorded on PDA with precise time.In PDA, setting term used in everyday, simplifies typing.Safety check record is by entering cabin personnel's dressing, and the inspection situations such as belongings carry out record.Propaganda and education's record refers to and enters cabin notice to what enter that cabin personnel carry out, the use of safety education, oxygen uptake harness and carry out on-the-spot record as: the propaganda and education having the patient of drainage tube etc. to carry out instructs etc. for special entity.Equipment inspection record refers to the routine inspection record that every cabin time is carried out hyperbaric oxygen chamber oxygen analyser, compressor, oxygen system etc.
The information data of PDA and terminal is all shared with server sync, only needs wherein an equipment to operate when performing each task, and after synchronous, other machines can display time of implementation and operator's name automatically, does not need repetitive operation.
Though PDA has a lot of advantage in Clinical practice, but network system or software go wrong, to the use of PDA be affected, and therefore, must corresponding nursing system fault emergency preplan be formulated. once occur that network or software issue are just enabled manual signature, draw, write prediction scheme.
Therapeutic process complete monitoring, realizes the acquisition and recording of pressure, temperature, oxygen concentration, the seizure record of video, audio frequency.
Real-time status collection is carried out to oxygen cabin.Current for oxygen cabin real-time status is converted into the discernible signal of telecommunication of computer system by it, and sends computer to.Collecting unit comprises pressure transmitter, temperature transmitter etc., and oxygen analyser generally provides computer interface, can directly use.Computer-controlled oxygen cabin can use existing equipment.The data collected are by Practical computer teaching recording curve and store, and form complete daily record of work with treatment data, and printable file; The video captured, audio frequency, can according to circumstances preserve, and deletes.Have good grounds when there is dispute or accident.
Case history document management
After new patient fills in preregistration, case history homepage contains the medical record document automatically generated data of essential information with other, namely can form internal association after same information material collection.The hyperbaric oxygentherapy log that daily record of work forms rear treatment data and patient forms internal association.Treatment brief summary is filled in time by doctor, and content comprises essential information, brief summary, therapeutic evaluation, follows up a case by regular visits to.
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| CN201410769133.5A CN104580377A (en) | 2014-12-04 | 2014-12-04 | High-pressure oxygen treatment management system based on Internet of Things |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107730149A (en) * | 2017-11-14 | 2018-02-23 | 广州西氧科技有限公司 | A kind of platform and method of shared oxygenerator |
| CN108363321A (en) * | 2018-03-05 | 2018-08-03 | 烟台福皓医疗设备有限公司 | A kind of more institute's differentiation cloth oxygen chamber management methods |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102335079A (en) * | 2011-07-18 | 2012-02-01 | 常骅 | Vital sign monitoring method and system of high pressure oxygen cabin |
| CN102397138A (en) * | 2011-10-09 | 2012-04-04 | 杭州新颖氧舱有限公司 | Medical hyperbaric oxygen cabin therapy system integrated with computer monitoring system |
| CN103027814A (en) * | 2011-10-09 | 2013-04-10 | 杨莲燕 | Medical hyperbaric oxygen chamber therapy system |
-
2014
- 2014-12-04 CN CN201410769133.5A patent/CN104580377A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102335079A (en) * | 2011-07-18 | 2012-02-01 | 常骅 | Vital sign monitoring method and system of high pressure oxygen cabin |
| CN102397138A (en) * | 2011-10-09 | 2012-04-04 | 杭州新颖氧舱有限公司 | Medical hyperbaric oxygen cabin therapy system integrated with computer monitoring system |
| CN103027814A (en) * | 2011-10-09 | 2013-04-10 | 杨莲燕 | Medical hyperbaric oxygen chamber therapy system |
Non-Patent Citations (1)
| Title |
|---|
| 秦军: "数字化高压氧治疗系统的构建与应用", 《中华航海医学与高气压医学杂志》 * |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107730149A (en) * | 2017-11-14 | 2018-02-23 | 广州西氧科技有限公司 | A kind of platform and method of shared oxygenerator |
| CN108363321A (en) * | 2018-03-05 | 2018-08-03 | 烟台福皓医疗设备有限公司 | A kind of more institute's differentiation cloth oxygen chamber management methods |
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Application publication date: 20150429 |