CN105654412A - Emergency information system and method - Google Patents
Emergency information system and method Download PDFInfo
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- CN105654412A CN105654412A CN201610132254.8A CN201610132254A CN105654412A CN 105654412 A CN105654412 A CN 105654412A CN 201610132254 A CN201610132254 A CN 201610132254A CN 105654412 A CN105654412 A CN 105654412A
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention provides an emergency information system and a method. An input module and an output module are connected with an information center; the information center comprises a database and a data processing module. The data processing module comprises a CPU for data operation, a storage module for buffering data, an IO module for communication between all external modules and internal modules, a screening module and a searching module, wherein the screening module is used for grading data according to correlation degrees to send the data to different output objects and allowing the output objects to display the data in different modes; the searching module is used for being in interaction with the database and storing the results to the storage module. As the intelligent degree is increased, the data processing procedure is optimized, the efficiency of information communication can be improved, and therefore the emergency efficiency is improved.
Description
Technical field
The present invention relates to medical facilities field, particularly a kind of first aid information system and method that can improve first aid efficiency.
Background technology
Emergency center is that in hospital, critically ill patient is concentrated, sick plants at most, rescues and section office that management role is the heaviest most, is the only way which must be passed of being hospitalized for treatment of all emergency cases. Hospital emergency department is rescuing critical diseases life, is tackling the particularly important effect that plays in all kinds of Emergent Public Events. The feature of emergency center is that patient assessment is unexpected, and the state of an illness is soon, change is fast, disease plants complexity, flow of the people is big, nurse job amount is big, rescue task is heavy. Therefore the patient of emergency department is from entering emergency department, handles medical card, point examines, registers, waits to see the doctor, seeks medical advice, pays the fees, draws blood, checks inspection and get it filled and finally enter section or from institute, the various complexity of whole consultation process.
Have the saying of " life chain " in first aid field, namely when life critical conditions occurs in patient, correct in the first five minute disposes the chances of survival that critical patient can be greatly improved. In existing first-aid system, mostly be and linearly carry out, namely according to send examine, point examine, typing data, consultation of doctor, rescue, operation order carry out. The work such as the communication of the linking of each section office link, the delay of equipment, preparation and information easily waste time, thus affecting the efficiency of first aid. Or owing to information communication is insufficient, make disposal options incorrect, thus affect the effect of first aid.
Chinese patent literature CN102063665A describes a kind of rapid emergency dispatching system, to solve the inefficient problem of existing manual dispatching. Present invention is generally directed to the management of the overall flow of scheduling and first aid affairs, start to assign the whole process at the scene driven towards to ambulance vehicles from 120 phone incoming calls, it is provided that a series of Intelligent treatment such as phone incoming call location, EHR/HIS access, command scheduling, vehicle monitoring, information service, query statistic. Improve scheduling, go out the efficiency of car, vehicle, hospital receive patient to carry out sufficient preparation in advance, save the rescue time of preciousness, can intactly preserve again the data of first aid overall process, improve first aid efficiency. But the dispatching patcher of the program mainly completes in the way of manually participating in, it is mainly applicable to solve the problem from patient dwelling to hospital, lack in first aid procedures between patient and medical personnel, and the intelligent information communication between medical personnel, therefore it is unfavorable for improving the appropriateness of emergency treatment efficiency and disposal options at hospital internal. Whole disposal step is to be completed according to the instruction of people by dispatching patcher, but not is triggered by patient, is only capable of realizing monitoring, it is difficult to realizing process control, intelligence degree is not high in advance.
Summary of the invention
The technical problem to be solved is to provide a kind of first aid information system, it is possible to increase the efficiency of information communication, thus improving first aid efficiency and effect, improves the chances of survival of critical patient.
For solving above-mentioned technical problem, the technical solution adopted in the present invention is: a kind of first aid information system, and input module and output module are connected with information center;
Described information center includes data base and data processing module, and data processing module includes:
CPU, for the computing of data;
Memory module, for buffered data;
I/O module, for the communication between outside each module and internal module;
Screening module, for data being carried out classification according to degree of correlation, to be delivered to different object outputs, and shows at object output in a different manner;
Retrieval module, mutual for data base, and result is stored in memory module.
Described input module includes instruction input and information input, according to different import pathway, it is determined that the priority level of different information processings.
Described instruction input mode include terminal manually enter, barcode scanning input and sensing input.
Described information input mode include terminal manually enter, phonetic entry, video input and sensing input.
Described output module includes in the following manner:
One, terminal output, described terminal is the intelligent terminal with data processing function;
Two, voice output, for transmitting data by the mode of voice;
Three, guide, is used for guiding diagnosis and treatment path.
Described guide includes the chest card of bracelet or medical personnel and induction installation;
It is provided with in induction installation:
Induction apparatus, for telekinetic object;
Emitter, is used for launching radio frequency, to activate the activator appliance on the chest card of patient's bracelet or medical personnel;
Receptor, receives data;
Memorizer, for storing the data that information center sends;
Processor, is used for processing data, and sends to display screen;
The chest card of bracelet or medical personnel is provided with:
Activator appliance, receives radio frequency, and produces faradic current, to activate ultramagnifier;
Memorizer, is used for storing unique identification code;
Ultramagnifier, broadcasts the identification code of memorizer upon activation.
Data processing module is connected with payment platform.
Being additionally provided with prediction module in data processing module, described prediction module, according to key word, provides alternative disposal method.
A kind of method adopting above-mentioned first aid information system, comprises the following steps:
One, manually enter and/or barcode scanning input patient information at mobile terminal, send into information center through input module;
Two, the data processing module of information center searches more data according to patient information in data base, and information and data is sent to dividing the terminal output examining platform;
Three, divide and examine platform and divide intensity grade according to the information of patient and data, and select associated department;
Four, dividing the data processing module of the instruction return information maincenter examining platform, data processing module examines the instruction of platform according to dividing, and information and data is sent to associated department through output module, so that associated department is namely ready before patient arrives;
By above step, improve the efficiency of first aid.
Further comprising the steps of:
Pilot data is sent to guide by a, data processing module, and guide is by memorizer locally stored for pilot data;
B, when the induction apparatus of guide senses object proximity, emitter send electromagnetic wave;
Activator appliance on c, patient's bracelet makes ultramagnifier activate after receiving electromagnetic wave, and the unique identification code stored in memorizer is broadcasted by ultramagnifier;
D, guide receptor receive identification code after, relevant pilot data is sent to display screen.
A kind of first aid information system and method provided by the invention, by improving intelligentized degree, optimizes the flow process that data process, it is possible to increase the efficiency of information communication, thus improving first aid efficiency.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described:
Fig. 1 is the flowage structure schematic diagram of the present invention.
Fig. 2 is the structural representation of guiding device in the present invention.
Fig. 3 is the layout schematic diagram of emergency center.
In figure: the first elevator 1, the second elevator 2, hall 3, second channel 4, first passage 5, major trunk roads 6, divide and examine platform 7.
Detailed description of the invention
In Fig. 3, major trunk roads 6 examine platform 7 and rescue room 10 is connected by passage with dividing, for common patient, first send into and point examine platform 7, point examine platform 7 according to the disease type of patient and severe degree, notify that different section office make preparation, and give patient stratification, critical patient's priority handle.
Passage is also connected with more than two elevators in building, by Redundancy Design, improves the response speed of elevator. It is provided with emergency treatment CT Room, Ultrasonography, operating room, hybridization operating room, serious symptom medical science section, department of otorhinolaryngology, department of pediatrics, obstetrics, Emergence, emergency treatment the traumatology department, emergency treatment burns unit, cardiovascular surgery, Vasculocardiology Deparment, interventional therapy section, cardiothoracic surgery, anaphylaxis section, Neurology Department, neurosurgery and orthopaedics at passage proximate or along the floor of elevator. By be easy to quickly through designated lane coordinate elevator to be coupled together in the diagnosis section office of each specialty, rescue room, inspection section office and ward, it is not necessary to the Medical Technology Building gone again specially, the Deal with Time of critical patient is greatly shortened.
In preferred scheme, bigger for building space, it is additionally provided with diagosis room, intensive care unit, conduit room, ophthalmology, anaphylaxis section.
Preferred scheme is additionally provided with anorectum department, oncology, blood vessel section, hepatopathy training, nephropathy internal medicine, Urology Surgery.
In preferred scheme, it is additionally provided with ward. It is easy to the further treatment of critical patient.
Owing to section office are more, the needs of patients of patient's especially emergency case is sent to the section office of boil on the nape opposite the mouth, finds relevant medical personnel, quickly obtains suitable disposal method, and linking up of information exists bigger difficulty with mutual. Only rely on artificial scheduling and broadcast, inefficient, also easily make mistakes. And on the linking up and be mutual of information the time of waste, also can determine the chances of survival of patient.
In Fig. 1, a kind of first aid information system, input module and output module are connected with information center;
Described information center includes data base and data processing module,
Data base includes Electronic Health Record system, crosses over different mechanisms and system provides patient more comprehensively medical information.
Also include hospital information system, be mainly medical information and the administration information of patient in the court.
Due to the special circumstances of emergency treatment, for requirement and the height in time limit, and the requirement being generally difficult to satisfied process in real time accordingly of data base, therefore present invention employs extra data processing module.
Data processing module includes:
CPU, for the computing of data;
Memory module, for buffered data;
I/O module, for the communication between outside each module and internal module;
Screening module, for data being carried out classification according to degree of correlation, to be delivered to different object outputs, and shows at object output in a different manner;
Such as, patient's suspected myocardial infarction, then these data send to rescue room with the highest priority, and notify that medical personnel prepare medical apparatus and instruments, berth and medicine in the way of terminal output, voice output and vibrating alert. Starting the file pouch that patient is special, start the communication with family members and dialogue, for not knowing the patient of name, start emergency preplan, when critical patient arrives, rescue can start at once. Thus saving rescue time.
Send to Ultrasonography, operating room, conduit room, cardiovascular surgery and Vasculocardiology Deparment with secondary low priority, and only export in terminal, in order to when needs associated department participates in, medical personnel can quick obtaining information.When clearly requiring associated department, for instance when conduit room and Vasculocardiology Deparment participate in, then new message is sent with higher priority, and links with information before. So that conduit room and Vasculocardiology Deparment can quickly carry out relevant preparation.
The advantage of screening module is in that by the classification to information, enable information to be transmitted according to dependency, and the degree of more dependency adopts different transmission mode such that it is able to avoid medical personnel to be disturbed by the information of magnanimity, average out between convenient and efficiency.
Screening module is initial to be judged according to the model preset, for instance according to key word, connects relevant section office and sets the rank of dependency, and can carry out self study according to the amendment statistical result of feedback, thus improving the accuracy rate of judgement.
Retrieval module, mutual for data base, and result is stored in memory module. The response of data base typically requires the more time, especially needs to cross over the Electronic Health Record system of different mechanisms and system. And retrieve module under the premise that patient authorizes, or based on emergent management prediction scheme, the retrieval carrying out data base of intelligence, such as intelligence pull key word, such as patient's name, the medical information that retrieval patient is conventional, contraindication etc., and by the locally stored memory module of result after retrieval, to improve follow-up data service efficiency. Thus improving first aid efficiency.
In preferred scheme, being additionally provided with prediction module in data processing module, described prediction module is according to key word, for instance symptom and parameter, provides alternative disposal method. The such as patient of a traumatic injury, when receiving on ambulance after about the sign data of patient, combination according to traumatic injury and sign data, provides disposal method, for instance needs the medical apparatus and instruments prepared, medicine, need the section office of pushed information, such as operating room and anesthetic room, need the medical personnel of notice, serious degree, the guide path etc. of this emergency center, confession point is examined platform 7 and is selected, to improve the efficiency disposed. By to the statistics selecting result, it was predicted that module can also being optimized of self study, namely more often selected option is displayed on more obvious position, to improve efficiency further.
Patient is carried out inquiring after seeing and treating patients or carries out tentative diagnosis on ambulance by doctor, after typing tentative diagnosis or main suit, it was predicted that module is according to ICD code or keyword automatic decision, and in conjunction with use frequency, it is recommended that set meal disposal method, quick for doctor, efficiently assigns. Special medication is also carried out logical judgment by prediction module, as antibiotic application can differentiate according to doctor's rank.
Human body vital sign is had the desired value of direct material impact by some, its too high or too low all can threat to life, this inspection result is referred to as " critical value ". Need doctor and nurse that patient carries out therapeutic intervention timely even to implement to rescue when critical value occurs, by the critical value alarm module in prediction module. Inspection result once patient exceedes set warning value, and the terminal of the doctor of lesion, patient place station and nurse station can provide warning, and now the name of doctor and nurse and process time all can be recorded, and simultaneously convenient inquires about in the future.
Screening module, retrieval module and the combination of prediction module, the assist personnel enabling the data processing module of the present invention more intelligent improves the efficiency of first aid, the probability that minimizing makes mistakes.
Described input module includes instruction input and information input, according to different import pathway, it is determined that the priority level of different information processings.Usual instruction input has higher priority, and it is relatively low that information inputs then priority. When there is instruction attributes and information attribute when one piece of data simultaneously, process with higher priority. Such as pushing the instruction priority treatment of disposal method, the input sending video then utilizes the resource of free time to process.
Described instruction input mode include terminal manually enter, barcode scanning input and sensing input. Terminal manually enters and refers to by the input of intelligent terminal, for instance hand held data entry device or smart machine, for instance mobile phone or flat board, utilizes the instruction input of voice to fall within the category that terminal manually enters. Barcode scanning input is in the unconscious situation of patient, by the bar code on scanning patient's bracelet, identity card or the mandatory input of medical card information acquisition. Sensing input refers to the chest card of bracelet or the medical personnel being sensed patient by induction installation, it is thus achieved that mandatory input.
Described information input mode include terminal manually enter, phonetic entry, video input and sensing input. The information such as terminal manually enters the relevant sign information of the patient referring to input, for instance age, sex, heart beating, blood pressure, blood oxygen saturation, extent of injury anticipation. Phonetic entry and video input refer to the information of audio frequency and video, primarily as the evidence in relevant disposal process, do not include as mandatory phonetic entry. Sensing input refers to the chest card of bracelet or the medical personnel being sensed patient by induction installation, it is thus achieved that informedness input.
Described output module includes in the following manner:
One, terminal output, described terminal is the intelligent terminal with data processing function; Such as office computer, mobile phone or flat board. For patient information, disposal method are directly passed to relevant medical personnel.
Preferably, the output of display screen is also included, for instance for less critical patient, providing relevant information by display screen, ratio is if desired for the information getting assay, and the information etc. got it filled, to reduce the load of whole first aid information system.
Two, voice output, for transmitting data by the mode of voice; Namely linked up by broadcast or point-to-point mode.
Three, guide, is used for guiding diagnosis and treatment path. Owing to section office are more, therefore guide is adopted can better to save the time of first aid, it is applied not only to intelligentized guiding patient, rescue, diagnose, treat, get it filled and perform the operation, for needing cooperation diagnosis and treatment, additionally it is possible to the specific medical personnel of intelligentized guiding rush for predetermined place and participate in diagnosis and treatment, the consultation of doctors.
In preferred scheme such as Fig. 2, described guide includes bracelet, and bracelet herein also includes the chest card of medical personnel, and is arranged on each crossing and the induction installation being preferably located in elevator;
It is provided with in induction installation:
Induction apparatus, for telekinetic object; Induction apparatus adopts echlette, infrared inductor, sound induction installation or light sensing device to carry out telekinetic object. To start follow-up equipment, thus reducing the energy consumption of whole equipment. When object proximity having been detected, induction apparatus sends a signal to the processor of induction installation, for instance single-chip microcomputer.
Emitter, is used for launching radio frequency, to activate the activator appliance on patient's bracelet; Signal according to induction apparatus, processor starts emitter and sends electromagnetic wave.
Receptor, receives the data sent by bracelet or chest card;
Memorizer, for storing the data that information center sends;This place is guidance information, for instance guide patient to arrive rescue room or CT Room, to save the waiting time. When receptor receives the data that bracelet or chest card send, processor first carry out internal retrieval, then by the result transmission relevant to bracelet data of retrieval to display screen, if not retrieving local data, then go to data processing module and retrieve.
Processor, is used for processing data, and sends to display screen;
Bracelet, including the chest card of medical personnel, is provided with:
Activator appliance, receives radio frequency, and produces faradic current, to activate ultramagnifier; Be provided with a high efficiency induction coil in activator appliance, emitter the electromagnetic wave launched is activated after device reception, namely produces faradic current in activator appliance, after rectified filtering, inputs to ultramagnifier.
Memorizer, is used for storing unique identification code;
Ultramagnifier, broadcasts the identification code of memorizer upon activation. The receptor of induction installation receives identification code, namely sends to processor and processes.
First aid information system also includes the control remotely realized elevator. When the guide before path detects the patient needing first aid, namely data processing module sends instructions to the elevator of free time. Such as the first elevator 1, namely the first elevator 1 arrives the floor at patient place in advance according to instruction, when patient arrives, patient can be delivered to predetermined leakage and take advantage of. It also is provided with guide in the first elevator 1, under the premise that the first elevator 1 obtains instruction, guide sends data according to the bracelet received or chest card, patient is screened, the patient that only instruction limits can make the first elevator 1 be activated, unless patient is from other arrival appointed places, path, the first elevator 1 carries the instruction of this patient to be cancelled.
Data processing module is connected with payment platform. For less critical patient, it is possible to pay the bill either directly through payment platform, thus saving substantial amounts of queue time.
A kind of method adopting above-mentioned first aid information system, comprises the following steps:
One, when patient received by ambulance, or patient arrives voluntarily, manually enter and/or barcode scanning input patient information at mobile terminal, for instance the name of patient, ID (identity number) card No., social security number, sign information etc., send into information center through input module, and patient information and bracelet are bound;
The contraindications such as two, the data processing module of information center searches more data according to patient information in data base, for instance the medical information that patient is conventional, the allergies of patient, and information and data are sent to dividing the terminal output examining platform 7;
Three, divide the medical personnel that examine platform 7 information according to patient and data to divide intensity grade, for instance the grade such as critical, critical, more critical, and select associated department, for instance rescue room, operating room, CT Room or orthopaedics etc.;
Four, the data processing module of the instruction return information maincenter examining platform 7 is divided, data processing module examines the instruction of platform 7 according to dividing, after screening the process of module, information and data are sent to associated department through output module, so that associated department is namely ready before patient arrives;
Such as, the data of patient's suspected myocardial infarction send to rescue room with the highest priority, and notify that medical personnel prepare medical apparatus and instruments, berth and medicine in the way of terminal output, voice output and vibrating alert. Start the file pouch that patient is special, start the communication with family members and dialogue;For not knowing the patient of name, starting emergency preplan, when critical patient arrives, rescue can start at once. Thus saving rescue time, improve the chances of survival of patient.
Send to Ultrasonography, operating room, cardiovascular surgery and Vasculocardiology Deparment with secondary low priority, and only export in terminal, in order to when needs associated department participates in, it is possible to quick obtaining information. When clearly requiring associated department, for instance when operating room participates in, then new message is sent with higher priority, and links with information before. So that operating room can quickly carry out relevant preparation.
By above step, improve the efficiency of first aid.
In preferred scheme such as Fig. 2, further comprising the steps of:
Pilot data is sent to guide by a, data processing module, and guide is by memorizer locally stored for pilot data;
B, when the induction apparatus of guide senses object proximity, emitter send electromagnetic wave;
Activator appliance on the chest card of c, patient's bracelet or medical personnel makes ultramagnifier activate after receiving electromagnetic wave, and the unique identification code stored in memorizer is broadcasted by ultramagnifier;
D, guide receptor receive identification code after, relevant pilot data is sent to display screen. By above-mentioned step, it is possible to patient or medical personnel are quickly guided to predetermined section office.
Further preferred, described prediction module is according to the key word inputted from input module, for instance according to fracture, provides alternative disposal method. The such as patient of a traumatic injury, when data processing module receives on ambulance after about the sign data of patient, combination according to traumatic injury and sign data, provide disposal method, such as need the medical apparatus and instruments, the medicine that prepare, need the section office of pushed information, such as operating room and anesthetic room, it is necessary to the medical personnel of notice, and the current operating state providing medical personnel is for reference. The order of severity of prediction, the scheme such as the guide path of emergency center. Platform 7 is examined in confession point or section office to be disposed select, and to improve the efficiency disposed, especially can save the time of a large amount of prescription and process the time of word. By the statistics of selection result to accumulation, it was predicted that module can also being optimized of self study, namely option more often is displayed on more obvious position, and new option can be introduced into model, to improve efficiency further.
The above embodiments are only the preferred technical solution of the present invention, and are not construed as the restriction for the present invention, and under the premise do not conflicted mutually, every technical characteristic that the present invention records can combine mutually. The technical scheme that protection scope of the present invention should be recorded with claim, is protection domain including the equivalents of technical characteristic in the technical scheme that claim is recorded. Namely equivalent replacement the within the scope of this is improved, also within protection scope of the present invention.
Claims (10)
1. a first aid information system, is characterized in that: input module and output module are connected with information center;
Described information center includes data base and data processing module, and data processing module includes:
CPU, for the computing of data;
Memory module, for buffered data;
I/O module, for the communication between outside each module and internal module;
Screening module, for data being carried out classification according to degree of correlation, to be delivered to different object outputs, and shows at object output in a different manner;
Retrieval module, mutual for data base, and result is stored in memory module.
2. first aid information system according to claim 1, is characterized in that: described input module includes instruction input and information input, according to different import pathway, it is determined that the priority level of different information processings.
3. first aid information system according to claim 2, is characterized in that: described instruction input mode include terminal manually enter, barcode scanning input and sensing input.
4. first aid information system according to claim 2, is characterized in that: described information input mode include terminal manually enter, phonetic entry, video input and sensing input.
5. first aid information system according to claim 1, is characterized in that: described output module includes in the following manner:
One, terminal output, described terminal is the intelligent terminal with data processing function;
Two, voice output, for transmitting data by the mode of voice;
Three, guide, is used for guiding diagnosis and treatment path.
6. first aid information system according to claim 5, is characterized in that: described guide includes the chest card of bracelet or medical personnel and induction installation;
It is provided with in induction installation:
Induction apparatus, for telekinetic object;
Emitter, is used for launching radio frequency, to activate the activator appliance on the chest card of patient's bracelet or medical personnel;
Receptor, receives data;
Memorizer, for storing the data that information center sends;
Processor, is used for processing data, and sends to display screen;
The chest card of bracelet or medical personnel is provided with:
Activator appliance, receives radio frequency, and produces faradic current, to activate ultramagnifier;
Memorizer, is used for storing unique identification code;
Ultramagnifier, broadcasts the identification code of memorizer upon activation.
7. first aid information system according to claim 1, is characterized in that: data processing module is connected with payment platform.
8. first aid information system according to claim 1, is characterized in that: be additionally provided with prediction module in data processing module, and described prediction module, according to key word, provides alternative disposal method.
9. a method for employing first aid information system described in any one of claim 1 ~ 8, is characterized in that comprising the following steps:
One, manually enter and/or barcode scanning input patient information at mobile terminal, send into information center through input module;
Two, the data processing module of information center searches more data according to patient information in data base, and information and data is sent to dividing the terminal output examining platform (7);
Three, divide and examine platform (7) and divide intensity grade according to the information of patient and data, and select associated department;
Four, dividing the data processing module of the instruction return information maincenter examining platform (7), data processing module examines the instruction of platform (7) according to dividing, and information and data is sent to associated department through output module, so that associated department is namely ready before patient arrives;
By above step, improve the efficiency of first aid.
10. the method for employing first aid information system according to claim 9, is characterized in that further comprising the steps of:
Pilot data is sent to guide by a, data processing module, and guide is by memorizer locally stored for pilot data;
B, when the induction apparatus of guide senses object proximity, emitter send electromagnetic wave;
Activator appliance on the chest card of c, patient's bracelet or medical personnel makes ultramagnifier activate after receiving electromagnetic wave, and the unique identification code stored in memorizer is broadcasted by ultramagnifier;
D, guide receptor receive identification code after, relevant pilot data is sent to display screen.
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| CN104916027B (en) * | 2015-06-30 | 2017-12-26 | 湖南新云医疗装备工业有限公司 | Distribution of out-patient department diagnosis guiding system |
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| CN107122595A (en) * | 2017-04-10 | 2017-09-01 | 中山市徕康医疗信息软件技术有限公司 | Intelligent preliminary examination and system for distribution of out-patient department |
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Application publication date: 20160608 |