Integrated pre-hospital emergency equipment management system
Through the integrated pre-hospital emergency equipment management system, the problem of emergency equipment not being accurately confirmed before being equipped in the hospital is solved, and the rapid and accurate configuration and verification of first aid equipment and drugs are achieved, and the speed and efficiency of first aid response are improved.
Patent Information
- Application Number
- CN202411619055.0
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-11-13
- Publication Date
- 2025-04-08
AI Technical Summary
Before the emergency equipment is equipped in the hospital, only confirmed by the emergency equipment manager, but after arriving at the rescue site, equipment or medicines may be missing, resulting in the emergency site being unable to use.
An integrated pre-hospital first aid equipment management system was designed, including equipment management servers and equipment terminal boxes. Through technical means such as two-way communication, automatic selection modules, manual selection modules, equipment verification units, etc., we ensure the accurate configuration and verification of first aid equipment and medicines.
It improves the selection speed and accuracy of first aid equipment, reduces errors caused by human factors, ensures that the required equipment and consumables can be quickly obtained at the first aid site, and avoids first aid delays due to equipment lack or unavailability.
Smart Images
Figure CN119786004A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of pre-hospital emergency management and treatment, and in particular to a pre-hospital emergency equipment management system. Background Art
[0002] Pre-hospital emergency care refers to emergency medical treatment performed by professional emergency personnel outside medical facilities before the patient is sent to the hospital. It includes a series of emergency medical measures aimed at stabilizing the patient's condition, saving lives, and providing the necessary conditions for subsequent hospital treatment.
[0003] When receiving a first aid request, the first aid personnel will bring the necessary first aid equipment to the first aid site. Since the patient's condition is unknown, before first aid, it is necessary to understand the cause of the patient's first aid as much as possible, so as to equip first aid equipment that is closer to the patient's needs. For example, in the case of a fire, special burn treatment drugs and rescue equipment are needed. In another case of a traffic accident, more rescue equipment for hemostatic bandages and limb fixation is needed.
[0004] Due to the urgency of the rescue time, it is impossible to check in time whether the performance of the equipment can be used and whether it can meet the conditions for use. As a result, after arriving at the emergency scene, it is discovered that some equipment cannot be used, delaying the rescue. Therefore, in the management of rescue equipment, it is necessary to quickly know the status of emergency equipment and medicines before rescue. However, the current practice can only rely on the personnel who manage the emergency equipment to configure and confirm. The medical staff on the scene cannot know whether the equipment is vacant at the first time. Some equipment is only confirmed by the emergency equipment management personnel before being equipped in the hospital. However, after arriving at the rescue site, the equipment or medicines are missing, resulting in the problem that they cannot be used at the emergency scene. Summary of the invention
[0005] The present invention is intended to provide an integrated pre-hospital emergency equipment management system to solve the problem that emergency equipment is only confirmed by emergency equipment management personnel before being deployed in the hospital, but when arriving at the rescue site, the equipment or medicines are missing, resulting in the inability to use them at the rescue site.
[0006] To achieve the above-mentioned purpose, the present invention adopts the following technical scheme: an integrated pre-hospital emergency equipment management system, including an equipment management server and an equipment terminal box, the equipment management server and the equipment terminal box communicate bidirectionally, the equipment management server is composed of at least a scene storage unit, an equipment storage unit, an equipment matching unit and an equipment verification unit, the scene storage unit stores a variety of emergency scenes, the equipment storage unit stores basic information of various emergency equipment, the equipment matching unit includes an automatic matching module that automatically completes matching according to the emergency scene, and a manual matching module that is customized by professionals, the equipment terminal box includes a box body, the box body has a storage compartment for placing equipment or consumables, and the storage compartment is provided with an identifier for reading equipment or consumables information; the equipment verification unit reads the information in the identifier and verifies whether the matching information of the physical object in the terminal box matches the matching information of the equipment matching unit.
[0007] The principle of this solution is: during the configuration of emergency equipment, the device management server describes the actual emergency scene and matches the actual emergency scene with the emergency scene in the scene storage unit. After the scene matching exceeds the threshold, the scene in the scene storage unit is extracted. The scene storage unit pre-stores data of various emergency scenes, which may include but are not limited to different types of emergency situations such as cardiac arrest, trauma, and poisoning.
[0008] The equipment storage unit stores basic information of various first aid equipment and consumables, such as name, specification, quantity, validity period, etc. Automatic matching module of equipment matching unit: When a first aid event occurs, the system automatically selects the required equipment and consumables from the equipment storage unit according to the input first aid scenario and generates a matching list.
[0009] Professionals can adjust the automatic matching results according to actual conditions, or completely customize the matching list.
[0010] The equipment terminal box is a physical device with multiple storage compartments built in, each of which is used to place specific first aid equipment or consumables. Each storage compartment is equipped with an identifier for reading the information of the equipment or consumables.
[0011] When equipment or consumables are placed in the storage compartment of the equipment terminal box, the identifier reads the information and sends it to the equipment verification unit of the equipment management server. The verification unit compares this information with the matching list generated by the equipment matching unit to ensure that the physical object matches the matching information. The equipment management server and the equipment terminal box communicate bidirectionally through a wireless or wired network to ensure real-time update and synchronization of information.
[0012] The advantages of this solution are: This solution reduces manual operations through the automatic matching module, improving matching speed and accuracy. The manual matching module allows professionals to adjust the matching list according to actual conditions, increasing the flexibility of the system. The equipment verification unit verifies the physical object and matching information, reducing errors caused by human factors.
[0013] The entire system is designed to improve the speed and efficiency of emergency response and ensure that the required equipment and consumables can be quickly obtained in emergency situations. The equipment management server centrally manages all equipment information for easy maintenance and updating. The system can record each selection and use for easy traceability and analysis afterwards.
[0014] The system can be quickly adjusted according to different emergency scenarios to meet the needs of various emergency situations. Professionals can complete the selection and verification of equipment through simple operations, reducing the difficulty of operation.
[0015] By checking the equipment in the equipment terminal box through the verification unit, the safety and reliability of the equipment are ensured, and the first aid risks caused by equipment problems are reduced.
[0016] Furthermore, the device management server also includes a scene analysis module for analyzing the actual first aid scene. The scene analysis module uses an internal semantic analysis algorithm to identify the first aid scene described in the first aid language, and matches it with the first aid scene familiarity in the scene storage unit, and selects the first aid scene with the highest similarity as the first aid scene for equipment selection.
[0017] Furthermore, it also includes a traceability analysis module, which reads the maintenance record and performance status of the equipment through an identifier to confirm whether the equipment has undergone a maintenance process.
[0018] Furthermore, the terminal box is also equipped with a touch display panel for retrieval and query of equipment and consumables. The touch display panel is connected to a local computer, which can read the identifier information and display the information of each equipment and consumables on the display panel.
[0019] Furthermore, the scenario storage unit has a built-in first aid scenario simulation generator, and the first aid scenario simulation generator generates a variety of first aid scenarios through a distributed algorithm.
[0020] Furthermore, the scenario storage unit arranges the first aid scenarios according to their probabilities through a first aid scenario probability analysis module.
[0021] Furthermore, the equipment selection unit uses machine learning algorithms or deep learning models to analyze historical actual scenarios and equipment usage data in the scenarios, find out the difference events between typical scenarios and actual scenarios, and increase or decrease equipment based on the difference events to ensure that the equipment can respond to the needs of different emergency scenarios in a timely and accurate manner. A set of first aid pre-selected equipment is equipped for each scenario. BRIEF DESCRIPTION OF THE DRAWINGS
[0022] Figure 1 This is a structural diagram of an integrated pre-hospital emergency equipment management system. DETAILED DESCRIPTION
[0023] The following is further described in detail through specific implementation methods: Example 1 like Figure 1 The integrated pre-hospital emergency equipment management system shown includes an equipment management server and an equipment terminal box. The equipment management server communicates with the equipment terminal box in two-way order. The equipment management server is composed of at least a scene storage unit, an equipment storage unit, an equipment selection unit, and an equipment verification unit. The scene storage unit stores a variety of emergency scenarios. The equipment storage unit stores basic information of various emergency equipment. The equipment selection unit includes an automatic selection module that automatically completes the selection according to the emergency scenario, and a manual selection module that is customized by professionals. It also includes a traceability analysis module. The traceability analysis module reads the maintenance record and performance status of the equipment through an identifier to confirm whether the equipment has undergone the maintenance process.
[0024] The device management server also includes a scene analysis module for analyzing the actual emergency scene. The scene analysis module uses natural language NLP to process the voice and text transmitted to the system by the emergency channel, and recognizes the emergency scene described by the emergency voice and text. Then it matches the emergency scene in the scene storage unit and selects the emergency scene with the highest similarity.
[0025] The scene storage unit has a built-in emergency scene simulation generator, which generates a variety of emergency scenes through a distributed algorithm. The scene storage unit arranges the emergency scenes according to their probability through the emergency scene probability analysis module.
[0026] The equipment selection unit uses machine learning algorithms or deep learning models to analyze historical actual scenarios and equipment usage data in those scenarios, find out the difference events between typical scenarios and actual scenarios, and add or remove equipment based on the difference events to ensure that the equipment can respond to the needs of different emergency scenarios in a timely and accurate manner. A set of first aid pre-selected equipment is equipped for each scenario.
[0027] In the equipment selection unit, the automatic selection module uses a decision tree algorithm to automatically select the required equipment based on the input emergency scene characteristics. When an emergency event occurs, the system selects equipment from the equipment storage unit through the decision tree algorithm to generate a selection list. Professionals can adjust the selection list in the automatic selection result through the graphical user interface to form the final selection list.
[0028] The equipment terminal box includes a box body, in which a storage compartment for placing equipment or consumables is built, and the storage compartment is provided with an identifier for reading the information of the equipment or consumables; the equipment verification unit reads the information in the identifier to verify whether the actual object in the terminal box matches the matching information of the equipment matching unit. When the matching is completed, all equipment is placed in the equipment information in the reading compartment and compared with the matching list to ensure a match. The equipment terminal box is installed with a touch display panel, which is connected to a local computer to display the information of each equipment and consumables. Medical staff on duty for emergency treatment can view the equipment information in the equipment terminal box through the display panel, so as to promptly find out whether there is any equipment missing or needs to be replaced, so as to avoid the problem of equipment being unusable when arriving at the emergency site.
[0029] Example 2 For example, a traffic accident was reported at the emergency scene, and the scene was described as "multiple vehicles collided, people were injured, and there was an urgent need to stop the bleeding and fix the equipment."
[0030] The system implements rapid equipment selection and verification through the following steps: Step 1: After the system receives the first aid equipment matching requirements, it uses NLP algorithm to process the description of the scene by the person in need through scene analysis and identify the "trauma" scene.
[0031] Step 2: In the automatic matching module, according to the "trauma" scenario, select equipment such as tourniquets and splints from the equipment storage unit to generate a matching list.
[0032] Step 3: Professionals adjust the optional list through the GUI according to the specific situation on site and add additional analgesics.
[0033] Step 4: The equipment is placed in the storage compartment of the equipment terminal box. The RFID reader reads the equipment information and compares it with the optional list to ensure a match.
[0034] Step 5: After the first aid personnel get the equipment terminal box, they can check the equipment information through the touch display panel, quickly obtain the required equipment, and check whether the equipment is loaded incorrectly or missing. After confirmation, the first aid personnel can quickly obtain the first aid equipment that matches the first aid scenario, avoiding the problem of missing or unavailable equipment or medicines when arriving at the first aid site.
[0035] The above is only an embodiment of the present invention, and the common knowledge such as the known specific technical solutions and / or characteristics in the solution is not described in detail here. It should be pointed out that for those skilled in the art, without departing from the technical solution of the present invention, several modifications and improvements can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicality of the patent. The scope of protection required by this application shall be based on the content of its claims, and the specific implementation methods and other records in the specification can be used to interpret the content of the claims.
Claims
1. An integrated pre-hospital emergency equipment management system, comprising an equipment management server and an equipment terminal box, wherein the equipment management server and the equipment terminal box communicate bidirectionally, and is characterized in that: The equipment management server is composed of at least a scene storage unit, an equipment storage unit, an equipment matching unit and an equipment verification unit. The scene storage unit stores a variety of first aid scenes. The equipment storage unit stores basic information of various first aid equipment. The equipment matching unit includes an automatic matching module that automatically completes matching according to the first aid scene, and a manual matching module that is customized by professionals. The equipment terminal box includes a box body, and the box body has a storage compartment for placing equipment or consumables. The storage compartment is provided with an identifier for reading equipment or consumables information; the equipment verification unit reads the information in the identifier and verifies whether the physical object in the terminal box matches the matching information of the equipment matching unit.
2. The integrated pre-hospital emergency equipment management system according to claim 1, characterized in that: The device management server also includes a scene analysis module for analyzing the actual first aid scene. The scene analysis module uses an internal semantic analysis algorithm to identify the first aid scene described in the first aid language, and matches it with the first aid scene familiarity in the scene storage unit, and selects the first aid scene with the highest similarity as the first aid scene for equipment selection.
3. The integrated pre-hospital emergency equipment management system according to claim 1, characterized in that: It also includes a traceability analysis module, which reads the maintenance record and performance status of the equipment through an identifier to confirm whether the equipment has undergone a maintenance process.
4. The integrated pre-hospital emergency equipment management system according to claim 3 is characterized in that: The terminal box is also equipped with a touch display panel for retrieval and query of equipment and consumables. The touch display panel is connected to a local computer, which can read the identifier information and display the information of each equipment and consumables on the display panel.
5. The integrated pre-hospital emergency equipment management system according to claim 4 is characterized in that: The scenario storage unit has a built-in first aid scenario simulation generator, and the first aid scenario simulation generator generates a variety of first aid scenarios through a distributed algorithm.
6. The integrated pre-hospital emergency equipment management system according to claim 5, characterized in that: The scenario storage unit arranges the first aid scenarios according to their probabilities through a first aid scenario probability analysis module.
7. The integrated pre-hospital emergency equipment management system according to claim 6, characterized in that: The equipment selection unit uses machine learning algorithms or deep learning models to analyze historical actual scenarios and equipment usage data in the scenarios, find out the difference events between typical scenarios and actual scenarios, and increase or decrease equipment based on the difference events to ensure that the equipment can respond to the needs of different emergency scenarios in a timely and accurate manner. A set of first aid pre-selected equipment is equipped for each scenario.