CN113113099A - Wounded person back conveying system - Google Patents
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- CN113113099A CN113113099A CN202110366915.4A CN202110366915A CN113113099A CN 113113099 A CN113113099 A CN 113113099A CN 202110366915 A CN202110366915 A CN 202110366915A CN 113113099 A CN113113099 A CN 113113099A
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Abstract
The invention provides a wounded post-delivery system capable of quickening the formulation of post-delivery decision and fully utilizing post-delivery resources to realize high-efficiency post-delivery, which is characterized by comprising the following components: a post-sending request terminal which is arranged in the diagnosis room and held by a diagnostician; a backward sending execution terminal held by a backward sending group; the medical care terminal is arranged in the back-delivery hospital; the post-delivery decision platform is in communication connection with the post-delivery request terminal, the post-delivery execution terminal and the medical care terminal, and is provided with a post-delivery strategy generation part, a post-delivery list generation part and a platform communication part.
Description
Technical Field
The invention relates to a wounded person after-delivery system.
Background
The medical logistics command is an important component of medical service organization command, and aims to realize effective logistics of sick and wounded by collecting and mastering logistics information and allocating sanitary resources. When a large-scale wound occurs, the density of the wound is high, and for some wound which cannot be treated by a diagnosis room, a health service organization is needed to reasonably command a backward conveying group to timely send the wound backward for better treatment according to the actual situation.
However, with the increasing intensity and range of the modern information-based war field, the information amount of the modern medical service support is increased, so that the medical service support activities become more and more complex day by day, and the difficulty of medical service command is increased correspondingly.
Disclosure of Invention
In order to solve the problems, the invention provides a wounded backward conveying system which can quicken the formulation of backward conveying decision and fully utilize backward conveying resources to realize efficient backward conveying, and the invention adopts the following technical scheme:
the invention provides a wounded post-delivery system, which is used for managing post-delivery treatment of a post-delivery group for delivering wounded in a diagnosis room to a post-delivery hospital, and is characterized by comprising the following components: a post-sending request terminal which is arranged in the diagnosis room and held by a diagnostician; a backward sending execution terminal held by a backward sending group; the medical care terminal is arranged in the back-delivery hospital; a post-delivery decision platform which is in communication connection with the post-delivery request terminal, the post-delivery execution terminal and the medical care terminal, wherein the post-delivery decision platform is provided with an electronic wound ticket subsystem, a geographic information subsystem, a post-delivery group information storage part, a post-delivery strategy generation part, a post-delivery list generation part and a platform communication part, the electronic wound ticket subsystem stores the identity information of the wounded and the electronic wound ticket information, the geographic information subsystem stores the geographic position information of the positions of the post-delivery request terminal, the post-delivery execution terminal and the medical care terminal, the post-delivery group information storage part stores the current state post-delivery group resource information of the post-delivery equipment, the post-delivery transportation tool and each post-delivery person which are input by the post-delivery execution terminal and are sent to the post-delivery decision platform, and the post-delivery request terminal is used for the diagnosing doctor to send the identity information of the wounded which needs to be delivered to the post-delivery decision platform, once the platform communication part receives the identity information, the post-sending strategy generating part acquires the corresponding electronic ticket information according to the identity information, and generating a post-delivery strategy through an algorithm model at least based on the electronic ticket information and the current post-delivery group resource information and the geographic position information, the post-delivery strategy at least comprises tools required by post-delivery and post-delivery, post-delivery time and route planning information, the platform communication part sends the post-delivery strategy to the post-delivery execution terminal to be confirmed and executed by a post-delivery group, the post-delivery list generation part determines the number of all wounded persons to be delivered to the post-delivery hospital according to the identity information corresponding to the post-delivery strategy after the post-delivery group confirms the post-delivery strategy and generates a corresponding post-delivery list, and the platform communication part sends the post-delivery list, the electronic wounded ticket information of the corresponding wounded persons and the post-delivery time in the post-delivery strategy to the medical care terminal to be prepared by the post-delivery hospital according to the condition of the wounded persons.
The triage backward conveying system provided by the invention can also have the technical characteristics that: the vital sign acquisition instrument is held by the post-delivery group and is in communication connection with the post-delivery execution terminal, wherein the vital sign acquisition instrument is used for acquiring vital signs of a wounded person when the wounded person is delivered to the post-delivery group, the post-delivery request terminal acquires the vital signs and correspondingly sends the vital signs and identity information of the wounded person to the electronic wound ticket subsystem to update corresponding electronic wound ticket information, and the medical care terminal can acquire the electronic wound ticket information and enables the post-delivery hospital to make emergency medical advice according to the vital signs and send the emergency medical advice to the post-delivery request terminal through the post-delivery decision-making platform to enable the post-delivery group to execute the emergency medical advice.
The wounded post-delivery system provided by the invention can also have the technical characteristics that the post-delivery decision platform is also provided with a picture storage part and a display part, the post-delivery request terminal, the post-delivery execution terminal and the medical care terminal are respectively provided with a positioning system for sending positioning information to the post-delivery decision platform when communicating with the post-delivery decision platform, the geographic information subsystem acquires the positioning information, and medical resource information, post-delivery resource information and wounded post-delivery progress information are generated according to the positioning information and the geographic position information and are sent to the post-delivery decision platform in real time, the picture storage part stores a command map display picture, and the display part is used for displaying the command map display picture and displaying the medical resource information, the post-delivery resource information and the wounded post-delivery progress information on a command map, so as to assist decision-making personnel to carry out decision analysis.
The wounded person post-delivery system provided by the invention can also have the technical characteristics that the post-delivery decision platform is also provided with a picture storage part and an input display part, the picture storage part is used for storing a decision-making determination picture, the input display part is used for displaying the decision-making determination picture and displaying a post-delivery strategy to ensure that a decision-making person confirms whether to post-deliver the wounded person or not and amend and confirm the post-delivery strategy, and once the decision-making person confirms that the decision-making person does not confirm, the platform communication part sends temporary rejection information to a corresponding post-delivery request terminal to ensure that a diagnostician temporarily places the wounded person for waiting for subsequent notification.
The triage backward conveying system provided by the invention can also have the technical characteristics that: the vital sign acquisition instrument is arranged in the diagnosis room and is in communication connection with the post-sending request terminal, wherein the vital sign acquisition instrument is used for acquiring vital signs of wounded persons in the diagnosis room, and the post-sending request terminal is also used for acquiring diagnosis results and vital signs input by a diagnostician after the diagnosis of the wounded persons and sending the diagnosis results and the vital signs to the post-sending decision platform to enable the electronic wound ticket subsystem to update electronic wound ticket information of the corresponding wounded persons.
The triage post-delivery system provided by the invention can also have the technical characteristics that the post-delivery decision platform is also provided with a hospital information subsystem, the hospital information subsystem is used for comprehensively managing the people flow, the logistics and the financial flow of each department to which the post-delivery hospital belongs, and acquiring, storing, processing, extracting, transmitting, summarizing and processing data generated in each stage of medical and diagnostic activities to generate various information to finally form medical resource information for storing, and the post-delivery strategy generating part generates the post-delivery strategy and completes the generation of the post-delivery strategy based on the medical resource information.
The triage post-delivery system provided by the invention can also have the technical characteristics that the electronic triage subsystem and the geographic information subsystem are independently managed subsystems and provide services with each part of the post-delivery decision platform, the post-delivery request terminal, the post-delivery execution terminal and the medical care terminal through interfaces.
Action and Effect of the invention
The wounded person post-delivery system of the invention is provided with a post-delivery decision platform, a post-delivery request terminal arranged in a diagnosis room, a post-delivery execution terminal held by a post-delivery group and a medical care terminal arranged in a post-delivery hospital, the post-delivery decision platform stores the electronic wound ticket information, the geographical position information of each terminal and the post-delivery group resource information through the electronic wound ticket subsystem, the geographical information subsystem and the post-delivery group information storage part, therefore, when the diagnostician issues a post-delivery request, the post-delivery policy generation unit may generate a post-delivery policy based on the information, and transmit the generated post-delivery policy to the post-delivery group via the terminal for execution, therefore, the diagnosis room submits the post-delivery request to the health service command center to reply the request, and then the post-delivery execution post-delivery strategy is realized, and finally the post-delivery hospital receives the information flow based on the information technology of the whole post-delivery process of the wounded, thereby accelerating the efficiency of post-delivery execution. By the wounded backward-conveying system, a backward-conveying hospital can know the burden information and the predicted arrival time of the wounded before the wounded arrive, handover work and preparation work can be performed according to the actual situation of the wounded in a waiting stage, and precious time is saved for later treatment.
Drawings
FIG. 1 is a functional block diagram of a triage feedback system in an embodiment of the present invention;
FIG. 2 is a schematic flow diagram of a triage evacuation system in an embodiment of the present invention; and
FIG. 3 is a block diagram of a post-delivery decision platform in an embodiment of the invention.
Detailed Description
In order to make the technical means, creation features, achievement objects and effects of the present invention easy to understand, the wounded post-delivery system of the present invention is specifically described below with reference to the embodiments and the accompanying drawings.
< example >
The wounded person post-delivery system of the embodiment is used for leading a responsible person of a medical service command center to manage information of a front-line diagnosis room, a post-delivery group and a post-delivery hospital, so that a post-delivery strategy of the wounded person is formulated and adjusted.
Wherein, the diagnosis room is provided with a diagnostician for carrying out battlefield diagnosis and rescue of wounded; the post-delivery group is provided with post-delivery equipment, post-delivery vehicles and post-delivery personnel and is used for delivering the wounded from the diagnosis room to the post-delivery hospital for treatment according to a post-delivery strategy.
Fig. 1 is a functional block diagram of a triage evacuation system in an embodiment of the present invention, and fig. 2 is a schematic flow diagram of the triage evacuation system in the embodiment of the present invention.
As shown in fig. 1, the triage evacuation system 100 has an evacuation request terminal 11, an evacuation execution terminal 12, a medical care terminal 13, a plurality of vital sign collection instruments 14, an evacuation decision platform 15, and a communication network 16.
The post-transmission request terminal 11 is installed in a diagnosis room and held by a diagnostician.
In the diagnosis room, a diagnostician may perform emergency treatment on the wounded, and after the emergency treatment, the diagnosis result of the wounded is input through the back-feed request terminal 11 and transmitted to the back-feed decision platform 15 to update the electronic ticket information of the wounded.
Meanwhile, the diagnostician also evaluates the current situation of the wounded and decides the direction of the wounded. If the diagnostician decides that the ward of the wounded is a back delivery, as indicated by an arrow S1 in fig. 2, the back delivery request terminal 11 transmits the identity information of the wounded and the treatment requirement to the back delivery decision platform 15, so as to make a back delivery request to the health service command center. In this embodiment, after the post-sending request is responded, the post-sending request terminal 11 notifies the diagnosing doctor of the feedback of the post-sending request from the medical service command center.
The dispatch execution terminal 12 is held by a dispatch worker of a dispatch group.
In the post-delivery group, the post-delivery personnel fills in the real-time states of the current post-delivery equipment, the post-delivery vehicles and the post-delivery personnel through the post-delivery execution terminal 12, and the filled information can be used as post-delivery group resource information and is sent to the post-delivery decision platform 15 by the post-delivery execution terminal 12 for real-time updating and storage. In this embodiment, the logistics execution terminal 12 can receive a logistics decision from a logistics command center (i.e., the logistics decision platform 15), and after receiving the logistics decision, the logistics group needs to respond to the decision of the health service command center, and when the logistics group takes a logistics action, action information needs to be sent to the health service command center.
The medical care terminal 13 is provided in a back-delivery hospital and is held by medical care staff in the back-delivery hospital.
After the hospital is delivered, as shown in fig. 2, the medical staff records each activity of the hospital through a hospital information system (hospital information subsystem), so as to realize the comprehensive management of the hospital. The medical service command center can also obtain the specific situation of the current medical resources of the hospital through an interface provided by the hospital information system.
In this embodiment, the back-delivery request terminal 11, the back-delivery execution terminal 12, and the medical care terminal 13 are all integrated with a positioning system, and can send positioning information to the back-delivery decision platform 15.
The vital sign acquisition instrument 14 is held by a diagnosis room and a post-sending group respectively, the vital sign acquisition instrument 14 arranged in the diagnosis room is in communication connection with the post-sending request terminal 11, and the vital sign acquisition instrument 14 arranged in the post-sending group is in communication connection with the post-sending execution terminal 12.
In this embodiment, the vital sign collecting instrument 14 is configured to collect vital signs of an injured person, and send the vital signs to the post-sending request terminal 11 (post-sending execution terminal 12) and further to the post-sending decision platform 15, so as to format and update the vital signs into corresponding electronic injury ticket information.
FIG. 3 is a block diagram of a post-delivery decision platform in an embodiment of the invention.
As shown in fig. 3, the post-delivery decision platform 15 includes an electronic ticket subsystem 51, a geographic information subsystem 52, a hospital information subsystem 53, a post-delivery group information storage unit 54, a post-delivery policy generation unit 55, a screen storage unit 56, an input display unit 57, a post-delivery list generation unit 58, a platform communication unit 59, and a platform control unit 60 for controlling the above units.
The electronic ticket subsystem 51, the geographic information subsystem 52 and the hospital information subsystem 53 are independent systems, and are sent to the decision platform 15 through interfaces to perform data interaction with the systems. In addition, in this embodiment, the post-delivery decision platform 15 actually includes a Web server, a database server, and decision terminals, and each terminal obtains an instruction issued by the decision center through the Web server.
The electronic ticket subsystem 51 stores identity information of the wounded and electronic ticket information, wherein the wounded and diagnosis information of the wounded is recorded in the electronic ticket information and can be accessed and checked by each terminal.
The geographic information subsystem 52 is used for analyzing and processing spatial and geographic information, and stores geographic position information of the positions of the back-feeding request terminal, the back-feeding execution terminal and the medical care terminal.
In this embodiment, the geographic information subsystem 52 can display the medical resource information, the logistics resource information, and the wounded logistics progress on the command map of the health service command center through the input display part 57.
The hospital information subsystem 53 can comprehensively manage the people flow, logistics and financial flow of each department to which the post-delivery hospital belongs, acquire, store, process, extract, transmit, gather and process data generated in each stage of medical and diagnostic activities to generate various information, and medical staff of the post-delivery hospital can access the hospital information subsystem 53 through the medical terminal 13 to record each activity of the hospital, so that the comprehensive management of the hospital is realized.
In this embodiment, the hospital information subsystem 53 stores medical resource information of a post-delivery hospital, can receive an electronic wound ticket, and is provided with an inquiry interface, and the medical service command center can acquire the specific condition of the current medical resource of the hospital through the inquiry interface.
The post-delivery group information storage unit 54 stores the post-delivery group resource information of the current state of the post-delivery equipment, the post-delivery vehicle, and each post-delivery person, which is input by the post-delivery execution terminal and transmitted to the post-delivery decision platform by the post-delivery group.
When the platform communication unit 59 receives the identity information of the victim and the treatment request transmitted from the diagnostic doctor via the posting request terminal 11, the posting policy generation unit 55 acquires the corresponding electronic ticket information based on the identity information, and acquires the geographical position information (spatial position information), the medical resource information, and the posting group resource information from the geographical information subsystem 52, the hospital information subsystem 53, and the posting group information storage unit 54.
Next, the dispatch strategy generator 55 inputs the electronic ticket information, the treatment demand (including the treatment demand of the injured person and the time of queuing up the injured person), the geographical location information (including the geographical location information of the injured person, the geographical location information of the dispatch group, and the geographical location information of the hospital), the dispatch group resource information, and the medical resource information into the algorithm model to obtain the dispatch strategy. In this embodiment, the post-delivery strategy includes post-delivery direction, post-delivery batch, post-delivery time, post-delivery wounded body position, tools required for post-delivery, and route planning information.
The screen storage unit 56 stores a decision determination screen and a command map display screen.
The decision determination screen is displayed when the logistics strategy generation unit 55 generates the logistics strategy, and the logistics strategy is displayed on the screen to be confirmed and corrected by a decision maker in the health service command center.
Once the decision maker confirms that the logistics strategy can be executed, the platform communication section 59 transmits the logistics strategy to the logistics execution terminal 12 (as shown in S2 of fig. 2), and the logistics group, after obtaining the logistics strategy of the health service command center, responds to the logistics strategy through the logistics execution terminal 12, and goes to the diagnosis room to receive the wounded, as shown in S3 of fig. 2. After receiving the wounded, the post group uses the post execution terminal 12 to send the information of successful reception to the health service command center (post decision platform 15).
In the next post-delivery process, as shown in S4 of fig. 2, the post-delivery group uses the post-delivery position in the post-delivery strategy to place the wounded, deliver the wounded to the designated post-delivery hospital, and uses the vital sign detection device 14 to capture the change of the vital sign of the wounded in the post-delivery process, and the post-delivery execution terminal 12 receives the vital sign from the vital sign detection device 14 and sends the vital sign to the post-delivery decision platform 15 to update the vital sign into the electronic wound ticket subsystem 51. If the wounded have emergent emergency, the post-delivery group can contact with a medical service command center through the post-delivery execution terminal 12, emergency measures are made by the medical service command center, and meanwhile, the post-delivery hospital can inquire vital sign changes of the wounded from the electronic wound ticket subsystem 51 through the medical care terminal 13, make emergency medical orders and transmit the emergency medical orders to the command center.
When the dispatch group responds to the dispatch policy by the dispatch execution terminal 12, the platform communication unit 59 transmits the dispatch policy to the dispatch request terminal 11, and the operator in the diagnosis room is ready to receive the dispatch policy and waits for the arrival of the dispatch group. If the delivery group does not respond in time or the decision maker denies execution of the delivery strategy, the platform communication section 59 transmits a temporary refusal message to the delivery request terminal 11, thereby allowing the staff member in the diagnosis room to temporarily place the delivery wounded member in the subsequent delivery notice of the health service command center waiting in the field rescue office.
The command map display picture is used for displaying the command map, and medical resource information, post-delivery resource information and wounded post-delivery progress generated by the geographic information subsystem 52 are displayed in real time in the picture, so that decision-making personnel can visually confirm the positions and real-time states of resources of a diagnosis room, a post-delivery group and a post-delivery hospital from the command map, and adjustment and correction of decision making are facilitated.
The input display unit 57 is used for displaying the above-mentioned screen, so that the relevant personnel of the health service command center can complete the corresponding human-computer interaction through the above-mentioned screen.
The post-delivery list generating section 58 is configured to determine the number of all the wounded persons delivered to the post-delivery hospital according to the identity information corresponding to the post-delivery policy and generate a corresponding post-delivery list when the post-delivery group responds to the post-delivery policy by the post-delivery execution terminal 12.
Once the post-delivery list is generated, the platform communication part 59 transmits the post-delivery list and the post-delivery time (i.e. the estimated post-delivery arrival time) in the post-delivery strategy to the corresponding medical care terminal 13 (as shown in S3 of fig. 2), at this time, the medical care personnel in the post-delivery hospital can obtain the specific injury condition of the post-delivery wounded from the electronic injury ticket subsystem 51 according to the identity information of the wounded in the post-delivery list, and then make a treatment plan and prepare to receive the wounded. And during this time, the medical staff can monitor the real-time vital sign information of the wounded in the transportation process.
After the post-delivery group arrives at the rear hospital, the rear hospital confirms and hands over the identity of the wounded by using the medical care terminal 13, and completes the registration of admission through the hospital information subsystem 53. After the handover is completed, the logistics group sends task completion information to the health service command center and waits for the next logistics task sent by the health service command center.
Examples effects and effects
According to the triage post-delivery system provided by the embodiment, the triage post-delivery decision platform, the post-delivery request terminal arranged in the diagnosis room, the post-delivery execution terminal held by the post-delivery group and the medical care terminal arranged in the post-delivery hospital are provided, and the electronic triage information, the geographical position information of each terminal and the post-delivery group resource information are stored in the post-delivery decision platform through the electronic triage subsystem, the geographical information subsystem and the post-delivery group information storage part, so that when a diagnostician sends a post-delivery request, the post-delivery strategy generation part can generate a post-delivery strategy based on the information and send the post-delivery strategy to the post-delivery group through the terminal for execution, so that the condition that the post-delivery request is submitted to the health service command center to reply request by the diagnosis room, then the post-delivery execution post-delivery strategy is realized, and finally the post-delivery hospital receives information flow based on the information technology of, speeding up the efficiency of the back-feed execution. By the wounded backward-conveying system, a backward-conveying hospital can know the burden information and the predicted arrival time of the wounded before the wounded arrive, handover work and preparation work can be performed according to the actual situation of the wounded in a waiting stage, and precious time is saved for later treatment.
In the embodiment, the electronic wound ticket is updated by acquiring the vital signs of the wounded and sending the vital signs to the electronic wound ticket subsystem through the post-sending request terminal, so that the automation and the networking management of the acquisition, the input and the transmission of the vital sign information of the wounded in the post-sending process are realized, the supervision of the wounded on the change of the wounded in the post-sending process is enhanced, and the healing chance and the survival chance of the wounded are effectively improved.
In the embodiment, the post-delivery decision is generated based on the post-delivery model, and the geographic information subsystem can display the medical resource information, the post-delivery resource information and the wounded post-delivery progress information on the command map, so that the health service command center can more intuitively acquire the resource distribution condition, a post-delivery strategy is formulated more scientifically and efficiently, and the scientificity of the post-delivery strategy is improved.
In the embodiment, the electronic wound ticket system and the hospital information system are managed independently, and the service is provided for each terminal and the health service command center through the interface, so that the coupling degree of the post-delivery system is effectively reduced, and the management and later-stage system upgrading are facilitated.
The above-described embodiments are merely illustrative of specific embodiments of the present invention, and the present invention is not limited to the description of the above-described embodiments.
For example, in the above-described embodiment, only one of the post-delivery request terminal, the post-delivery execution terminal, and the medical care terminal is shown in fig. 1, but in another aspect of the present invention, a plurality of post-delivery request terminals, post-delivery execution terminals, and medical care terminals may be provided in the wounded post-delivery system according to actual circumstances.
Claims (7)
1. A triage evacuation system for managing an evacuation process in which an evacuation group evacuates triages in a diagnosis room to an evacuation hospital, comprising:
a post-sending request terminal which is arranged in the diagnosis room and held by a diagnostician;
a backward sending execution terminal held by the backward sending group;
the medical care terminal is arranged in the back-delivery hospital;
a back-delivery decision platform in communication connection with the back-delivery request terminal, the back-delivery execution terminal and the medical care terminal,
wherein the post-delivery decision platform is provided with an electronic ticket subsystem, a geographic information subsystem, a post-delivery group information storage part, a post-delivery strategy generation part, a post-delivery list generation part and a platform communication part,
the electronic ticket subsystem stores the identity information of the wounded and the electronic ticket information,
the geographic information subsystem stores geographic position information of the positions of the post-sending request terminal, the post-sending execution terminal and the medical care terminal,
the post-sending group information storage part stores the post-sending group resource information of the current state of the post-sending equipment, the post-sending vehicles and each post-sending person which are input by the post-sending group through the post-sending execution terminal and sent to the post-sending decision platform,
the post-delivery request terminal is used for enabling the diagnostician to send the identity information of the wounded needing post-delivery to the post-delivery decision platform,
once the platform communication part receives the identity information, the post-delivery strategy generation part acquires the corresponding electronic wound ticket information according to the identity information, and generates a post-delivery strategy through an algorithm model at least based on the electronic wound ticket information, the current post-delivery group resource information and the geographic position information, wherein the post-delivery strategy at least comprises post-delivery direction, post-delivery required tools, post-delivery time and route planning information,
the platform communication part sends the post-sending strategy to the post-sending execution terminal to ensure the post-sending group to confirm execution,
the post-delivery list generating part determines the number of all the wounded delivered to the post-delivery hospital according to the identity information corresponding to the post-delivery strategy after the post-delivery group confirms the post-delivery strategy and generates a corresponding post-delivery list,
and the platform communication part sends the post-delivery list, the electronic wound ticket information of the corresponding wounded and the post-delivery time in the post-delivery strategy to the medical care terminal to enable the post-delivery hospital to carry out preparation work in advance according to the condition of the wounded.
2. The triage afterdelivery system according to claim 1, further comprising:
a vital sign acquisition instrument held by the back sending group and in communication connection with the back sending execution terminal,
wherein the vital sign acquisition instrument is used for acquiring the vital signs of the wounded when the wounded is sent to the back group,
the post-sending request terminal acquires the vital signs and correspondingly sends the vital signs and the identity information of the wounded to the electronic ticket subsystem to update the corresponding electronic ticket information,
the medical care terminal can acquire the electronic ticket information and enables the post-delivery hospital to make an emergency medical advice according to the vital sign pair in case of emergency of the wounded, and the electronic ticket information is sent to the post-delivery request terminal through the post-delivery decision making platform to enable the post-delivery group to execute the emergency medical advice.
3. The triage afterdelivery system according to claim 1, wherein:
wherein the post-sending decision platform is also provided with a picture storage part and a display part,
the back-delivery request terminal, the back-delivery execution terminal and the medical care terminal are all provided with positioning systems which are used for sending positioning information to the back-delivery decision platform when communicating with the back-delivery decision platform,
the geographic information subsystem acquires the positioning information, generates medical resource information, post-delivery resource information and wounded post-delivery progress information according to the positioning information and the geographic position information and sends the medical resource information, the post-delivery resource information and the wounded post-delivery progress information to the post-delivery decision platform in real time,
the picture storage part stores command map display pictures,
the display part is used for displaying a command map display picture and displaying the medical resource information, the post-delivery resource information and the wounded post-delivery progress information on the command map so as to assist decision-making personnel to make decision analysis.
4. The triage afterdelivery system according to claim 1, wherein:
wherein the post-sending decision platform is also provided with a picture storage part and an input display part,
the screen storage section stores a decision determination screen,
the input display part is used for displaying a decision-making determination picture and displaying the back-sending strategy to ensure that a decision-making worker confirms whether to back-send the wounded and corrects and confirms the back-sending strategy,
once the decision-making personnel confirms that the decision-making personnel does not, the platform communication part sends temporary refusing information to the corresponding post-sending request terminal to allow the diagnostician to temporarily place the wounded for subsequent notification.
5. The triage afterdelivery system according to claim 1, further comprising:
a vital sign acquisition instrument which is arranged in the diagnosis room and is in communication connection with the back-sending request terminal,
wherein the vital sign acquisition instrument is used for acquiring the vital signs of the wounded in the diagnosis room,
the post-sending request terminal is further used for obtaining a diagnosis result input by the diagnostician after diagnosing the wounded and the vital signs, and sending the diagnosis result and the vital signs to the post-sending decision platform to enable the electronic wound ticket subsystem to update the electronic wound ticket information of the corresponding wounded.
6. The triage afterdelivery system according to claim 1, wherein:
wherein the post-delivery decision platform is also provided with a hospital information subsystem,
the hospital information subsystem is used for comprehensively managing the people flow, the logistics and the financial flow of each department to which the post-delivery hospital belongs, acquiring, storing, processing, extracting, transmitting, summarizing and processing data generated in each stage of medical and diagnostic activities to generate various information, and finally forming medical resource information for storage,
the posting policy generation unit generates the posting policy and completes generation of the posting policy based on the medical resource information.
7. The triage afterdelivery system according to claim 1, wherein:
the electronic wound ticket subsystem and the geographic information subsystem are independently managed subsystems and provide services with all parts of the post-delivery decision platform, the post-delivery request terminal, the post-delivery execution terminal and the medical care terminal through interfaces.
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