CN110415800B - Emergency medical system for sudden disaster accidents - Google Patents
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Abstract
The invention relates to the technical field of computers, in particular to an emergency medical system for sudden disaster accidents, which is characterized by comprising a staff information base module for recording information of managers, doctors and nurses and scheduling information. The command center comprises an emergency acquisition module, a personnel arrangement module and an emergency article determination module, wherein the emergency acquisition module is used for determining the type of the emergency disaster accident and the number of people involved; the personnel arrangement module is used for arranging emergency accident personnel; the emergency article determining module is used for matching the required emergency articles for the staff of the staff arrangement module. The identity information card is used for registering the data information of the information input submodule; the emergency article distribution device is used for automatically distributing emergency articles for workers. The invention can rapidly arrange the staff participating in emergency work and automatically distribute emergency articles for the staff.
Description
Technical Field
The invention relates to the technical field of computers, in particular to an emergency medical system for sudden disaster accidents.
Background
When a great number of patients are flushed into a hospital in the event of sudden disaster accidents (food poisoning, traffic accidents and the like) occurring in the hospital, the hospital needs to treat the patients effectively and timely. When a large number of patients are in a large number of hospitals in a short time, the following problems can easily occur, medical staff cannot be matched in time, corresponding working clothes are distributed, and patients cannot be treated in time; the emergency supplies are more in need, the distribution time is too long easily, and the treatment time is increased.
Therefore, hospitals use a plurality of methods for emergency plan exercise, but the methods start from rules and the workload of medical staff is heavy, and in emergency situations or when the same distribution work is repeatedly executed continuously, errors caused by manual operation are still difficult to completely avoid, even if one medical staff is added for double check, the problems are difficult to fundamentally solve, and the running cost of the hospitals is also increased.
Disclosure of Invention
In order to solve the above problems, the present invention provides an emergency medical system for sudden disaster accidents, which can rapidly arrange workers participating in emergency work and automatically assign emergency articles to the workers.
In order to achieve the above purpose, the technical scheme adopted by the invention is as follows:
an emergency medical system for sudden disaster accidents comprises a staff information base module, a command center, an identity information card and an emergency article distribution device,
the staff information base module comprises an information input sub-module and a scheduling input sub-module, wherein the information input sub-module is used for recording the names, mobile phone numbers, affiliated departments and expertise information of medical staff; the scheduling input submodule is used for recording scheduling time of medical staff, and the medical staff is a manager, a doctor and a nurse;
the command center comprises an emergency acquisition module, a personnel arrangement module and an emergency article determination module,
the emergency acquisition module is used for acquiring the condition information of the emergency disaster accident by receiving the incoming call of the emergency disaster accident so as to determine the type of the emergency disaster accident and the number of people involved in the emergency disaster accident;
the personnel scheduling module can acquire the data of the scheduling input sub-module and display the information of on-duty workers in real time, and can also provide the required number suggestions of various working personnel according to the data of the emergency acquisition module so as to schedule the emergency accident workers;
the emergency article determining module is used for acquiring emergency disaster accident situation data of the emergency acquisition module, acquiring the types of emergency articles required by corresponding emergency disaster accidents through a machine learning algorithm, and matching the corresponding required emergency articles for staff of the staff arrangement module;
the identity information card is used for registering the data information of the information input submodule;
the emergency article distribution device comprises an identity recognition module and an article distribution module, wherein the identity recognition module is used for recognizing information of the identity information card so as to determine whether a worker corresponding to the identity information card belongs to a worker of the worker arrangement module, and sending emergency article determination module data of the corresponding worker to the article distribution module; the article distribution module is used for placing emergency articles and can convert the data of the identity recognition module into control signals so as to distribute the required emergency articles.
Further, the emergency acquisition module comprises an incoming call voice recording sub-module and an emergency situation input sub-module, wherein the incoming call voice recording sub-module is used for acquiring incoming call voice of an emergency disaster accident and converting the incoming call voice into text information; the emergency situation input sub-module is used for acquiring the text information of the electric voice recording sub-module, and obtaining keywords of the type of the emergency disaster accident and the number of people involved in the emergency disaster accident through a keyword extraction algorithm so as to select the corresponding keywords to describe the emergency situation.
Further, the personnel arrangement module can distinguish on-duty personnel from off-duty personnel through different display card colors, and can determine the suggestion information of the required various types of personnel by adopting a backtracking algorithm according to the emergency disaster accident information of the emergency acquisition module and the personnel information of the information input sub-module, and the personnel arrangement module can also analyze and compare the information of the affiliated departments and expertise skills of the personnel with the types of the emergency disaster accidents and display the display card of the proper on-duty personnel through vivid colors.
Further, the personnel arrangement module comprises an unallocated area and an allocated area, wherein a personnel display card for not arranging work is displayed in the unallocated area, a personnel display card for arranging work is displayed in the allocated area, and the personnel display card is switched between the unallocated area and the allocated area in a dragging mode so as to determine arrangement of personnel work.
Further, the emergency article storage system also comprises an emergency article storage module, wherein the emergency article storage module is used for storing information of emergency articles placed by the article distribution module; the emergency article determining module can pair the emergency article types required by the obtained sudden disaster accidents with the emergency article storage module so as to obtain the emergency article types required by the corresponding sudden disaster accidents in the article distribution module.
Further, the system also comprises an emergency notification sending module, which is used for acquiring the information of the emergency acquisition module, the personnel arrangement module and the information input sub-module and notifying the personnel of the personnel arrangement module of the emergency disaster accident through a mobile phone voice call mode.
Further, the article distribution module comprises a box body and an article taking touch screen, wherein the box body comprises three areas which are respectively in one-to-one correspondence with management staff, doctors and nurses so as to place emergency articles required by different staff in the corresponding obtained areas; a plurality of article placing bins are arranged in each area, one end of each placing bin is provided with an opening, a motor and an article pushing rod are arranged in each placing bin, the motor is positioned at one end of the placing bin far away from the opening and is fixedly connected with the placing bin, the article pushing rod is a shaftless screw rod, one end of the article pushing rod is fixedly connected with a driving shaft of the motor, emergency articles are placed on the article pushing rods, so that the emergency articles are pushed out of the placing bin through the rotating article pushing rods and slide to the bottom of the box, and the box is provided with an outlet for taking out the emergency articles at the bottom of the box; the motor in each placing bin is connected with the identity recognition module through a motor driving sub-module;
the object taking touch screen is used for acquiring the data of the identity recognition module so as to determine whether the staff corresponding to the identity information card belongs to the staff of the staff arrangement module, and providing the staff of the staff arrangement module with the authority for controlling the motor driving sub-module.
Further, the article distribution module further comprises a remaining amount counting sub-module, wherein the remaining amount counting sub-module obtains the triggering times of each motor according to the motor driving sub-module, and obtains the taking-out quantity of each emergency article so as to be used for calculating the remaining amount of each emergency article in the box body; the command center further comprises a residual quantity monitoring module, wherein the residual quantity monitoring module is used for acquiring data of the residual quantity counting sub-module, setting a residual threshold value, and sending out alarm information when the numerical value counted by the residual quantity counting sub-module is lower than the residual threshold value.
Further, the identity recognition module comprises an identity information reading sub-module and an identity information matching sub-module, wherein the identity information reading sub-module is used for reading the identity information card information; the identity information matching sub-module is used for comparing the identity information reading sub-module with the data of the personnel arrangement module and sending the emergency article determining module data of the corresponding personnel to the article distributing module.
Further, the system also comprises a treatment person monitoring module, wherein the treatment person monitoring module is used for inputting the total number of patients in each condition level and the treatment completion number of the patients in each condition level through mobile phone software so as to obtain the number of untreated persons in each condition level and acting on the person arrangement module.
The beneficial effects of the invention are as follows:
1. under the action of the emergency acquisition module, the information of the type of the emergency accident and the number of people involved in the emergency accident can be acquired, so that the personnel arrangement module can judge a department suitable for emergency work according to the type of the emergency accident; and the personnel arrangement module determines the number of required managers, doctors and nurses according to the number of people involved in the sudden disaster accident, so that the reasonable arrangement of emergency staff is realized. Because the rescue medicines and the articles required by different emergencies are different, and the emergency articles required by different staff are also different, under the action of the emergency article determining module, the type of the emergency disaster accident can be determined according to the information of the emergency acquisition module, the emergency articles required by the emergency disaster accident of the type can be obtained through a machine learning algorithm, and corresponding associated data can be generated according to the working contents of different staff and the types of the different required emergency articles. After the identity recognition module recognizes the information of the staff, the associated data is sent to the article distribution module, so that the staff can automatically obtain the required emergency articles, the automatic distribution of the emergency articles is realized, and the emergency article distribution efficiency is improved.
2. The personnel arrangement module is used for distinguishing on-duty workers from off-duty workers by using different colors of display cards, so that a commander can conveniently and rapidly master the conditions of the on-duty workers in a command center, and the personnel arrangement module can display the display cards corresponding to the on-duty workers which are suitable for processing sudden disaster accidents in vivid colors according to the information of the affiliated departments and the expertise skills of the workers in the information input sub-module, so that a suggestion for arranging the workers is provided for the commander, and the commander can switch the display cards of the workers between an unallocated area and an allocated area in a dragging mode so as to accurately arrange the workers.
3. The box includes three regions of manager, doctor and nurse one-to-one to place the required emergent article of different staff in corresponding the area that obtains, make the staff can be in the area that corresponds and queuing and get required emergent article, avoid appearing chaotic when emergent article is got. Under the action of the motor driving sub-module, the data of the identity recognition module can be converted into control signals, a motor in the placing bin has a corresponding relation with emergency objects in the placing bin, when the motor driving sub-module obtains a distribution signal of the required emergency objects, the motor driving sub-module controls the motor corresponding to the required emergency objects to rotate, and the pushing rod rotates along with the motor driving sub-module, so that the emergency objects on the pushing rod can be pushed out of the placing bin, and the distribution of the emergency objects is realized.
Drawings
Fig. 1 is a block diagram of an emergency medical system for sudden disaster incidents according to a preferred embodiment of the present invention.
Fig. 2 is a schematic view showing the structure of an article distribution module of an emergency medical system for sudden disaster incidents according to a preferred embodiment of the present invention.
In the figure, a 1-staff information base module, a 11-information input sub-module, a 12-shift input sub-module, a 2-command center, a 21-emergency acquisition module, a 211-electric voice recording sub-module, a 212-emergency input sub-module, a 22-personnel arrangement module, a 23-emergency object determination module, a 24-residual quantity monitoring module, a 3-identity information card, a 4-emergency object distribution device, a 41-object distribution module, a 411-identity information reading sub-module, a 412-identity information matching sub-module, a 42-object distribution module, a 5-emergency object storage module, a 6-emergency notification transmission module, a 7-box body, a 701-placement bin, a 702-taking-out port, a 71-motor, a 72-object pushing rod, a 73-motor driving sub-module, a 74-object taking touch screen, a 75-residual quantity statistics sub-module, a 76-display screen and an 8-rescue number monitoring module.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
It will be understood that when an element is referred to as being "fixed to" another element, it can be directly on the other element or intervening elements may also be present. When a component is considered to be "connected" to another component, it can be directly connected to the other component or intervening components may also be present. When an element is referred to as being "disposed on" another element, it can be directly on the other element or intervening elements may also be present. The terms "vertical," "horizontal," "left," "right," and the like are used herein for illustrative purposes only.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used herein in the description of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The term "and/or" as used herein includes any and all combinations of one or more of the associated listed items.
Referring to fig. 1 and fig. 2, an emergency medical system for sudden disaster accidents according to a preferred embodiment of the present invention includes a staff information base module 1, a command center 2, an identity information card 3, a sudden event notification sending module 6 and an emergency article distribution device 4.
The staff information base module 1 comprises an information input sub-module 11 and a shift input sub-module 12.
The information input sub-module 11 is used for recording the name, the mobile phone number, the affiliated department and the expertise of the medical staff. The scheduling entry sub-module 12 is used for recording the scheduling time of medical staff, which are managers, doctors, and nurses.
The command center 2 includes an emergency acquisition module 21, a personnel arrangement module 23, and an emergency item determination module 22.
The emergency acquisition module 21 obtains the situation information of the emergency disaster accident by receiving the incoming call of the emergency disaster accident to determine the type to which the emergency disaster accident belongs and the number of people involved in the emergency disaster accident.
In this embodiment, the emergency acquisition module 21 includes an incoming call voice recording sub-module 211 and an emergency input sub-module 212. The incoming call voice recording sub-module 211 is used for acquiring incoming call voice of sudden disaster accidents and converting the incoming call voice into text information, and under the action of the incoming call voice recording sub-module 211, the situation of sudden disaster accidents can be accurately acquired in a text mode, so that important information is prevented from being missed in the voice call process.
The emergency situation input sub-module 212 is configured to obtain, through a keyword extraction algorithm, keywords of a type to which the emergency disaster accident belongs and a number of people involved in the emergency disaster accident from text information of the electric voice recording sub-module 211, so as to select the corresponding keywords to describe the emergency situation. The commander generates a brief description of the emergency situation by selecting keywords in the emergency situation input sub-module 212, and accounts for the type of emergency and the number of people involved in the emergency, so as to be able to prepare for the work before the patient involved in the emergency enters the hospital, thereby striving for the time of rescuing the patient.
The personnel scheduling module 22 can acquire the data of the scheduling entry sub-module 12 and display the information of the on-duty workers in real time, and the personnel scheduling module 22 can also provide the required number suggestions of various types of workers according to the data of the emergency acquisition module 21 so as to schedule the emergency workers.
Because different types of emergencies need to be treated by doctors and nurses corresponding to departments, in the embodiment, under the action of the emergency acquisition module 21, the information of the type of the emergency disaster accident and the number of people involved in the emergency disaster accident can be acquired, so that the personnel arrangement module 22 can judge the department suitable for emergency work according to the type of the emergency disaster accident; and the personnel arrangement module 22 determines the number of required managers, doctors and nurses according to the number of people involved in the sudden disaster accident, so that the reasonable arrangement of emergency workers is realized.
The personnel arrangement module 22 can distinguish on-duty personnel from off-duty personnel through different display card colors, and can determine advice information of the required various types of personnel by adopting a backtracking algorithm according to the emergency disaster accident information of the emergency acquisition module 21 and the personnel information of the information input sub-module 11, and the personnel arrangement module 22 can also analyze and compare the affiliated department and expertise information of the personnel with the affiliated type of the emergency disaster accident and display the display card of the proper on-duty personnel through vivid colors.
In this embodiment, the color of the card displayed by the off Shift staff is gray, the color of the card displayed by the on Shift staff is green, and the display card of the appropriate on Shift staff is displayed by orange.
As the on-duty staff and the off-duty staff are distinguished through different display card colors, the commander can conveniently and quickly grasp the information of the on-duty staff, so that the follow-up work arrangement can be conveniently carried out. Moreover, the personnel arrangement module 22 selects a proper department and a corresponding worker with special skills among the on-duty workers according to the type of the sudden disaster accident and the number of the sudden disaster accident related people of the sudden disaster acquisition module 21, so that the sudden disaster accident related patients can be more effectively cured. Personnel scheduling module 22 displays the display card of the appropriate on Shift personnel in a vivid color to facilitate the commander's selection of the appropriate on Shift personnel.
In this embodiment, the personnel arrangement module 22 includes an unallocated area and an allocated area, the personnel display card of the unallocated area displays, the personnel display card of the scheduled work displays in the allocated area, and the personnel display card is switched between the unallocated area and the allocated area by dragging to determine the arrangement of the personnel work. The director determines the arrangement of personnel work in a dragging mode, can rapidly arrange the personnel, and strives for time for the patient's treatment work.
In this embodiment, the director selects the required staff display card in the unallocated area through the mouse, then drags the mouse, drags the selected required staff display card to the allocated area, and finally clicks the determination button to complete the staff arrangement work.
The emergency article determining module 23 is configured to obtain emergency situation data of the emergency disaster of the emergency obtaining module 21, obtain a type of emergency article required by the corresponding emergency disaster accident through a machine learning algorithm, and match the corresponding required emergency article for a worker of the personnel arrangement module 22.
Because the needed rescue medicines and articles of different emergencies are different, and the needed emergency articles of different staff are different, for example, the work clothes needed by the manager, doctor and nurse are different, the rescue articles used by the doctor and nurse are different, the doctor needs to record the condition of the patient by using the medical record book, and the nurse needs to wear the medical wrist strap on the patient hand to mark and identify the patient.
Under the action of the emergency article determining module 23, the type of the emergency disaster accident can be determined according to the information of the emergency event obtaining module 22, emergency articles required by the emergency disaster accident of the type are obtained through a machine learning algorithm, and corresponding associated data are generated according to the working contents of different staff and the types of different required emergency articles.
In this embodiment, the emergency article storage module 5 is further included, and the emergency article storage module 5 is configured to store information of the emergency article placed by the article distribution module 42. The emergency article determination module 23 can pair the obtained emergency article type required for the sudden disaster accident with the emergency article storage module 5 to obtain the emergency article type required for the corresponding sudden disaster accident in the article allocation module 42. The material manager needs to input the data of emergency articles in the hospital in the emergency article storage module 5, and the emergency article determining module 23 can screen the corresponding emergency articles in the emergency article storage module 5 from the emergency articles required by the sudden disaster accident through a machine learning algorithm.
The emergency notification sending module 6 is configured to obtain information of the emergency obtaining module 21, the personnel scheduling module 22, and the information entry sub-module 11, and notify personnel of the personnel scheduling module 22 of the emergency of the disaster accident by means of mobile phone voice call. The emergency notification sending module 6 can notify the staff in the staff arrangement module 22 of the type of the emergency and the information related to the number of the emergency persons in the emergency acquisition module 21 by telephone dialing, so that the staff who needs to perform emergency work can be ready in time.
The identity information card 3 is used for registering data information of the information input submodule 11.
The emergency article distribution device 4 comprises an identity recognition module 41 and an article distribution module 42, wherein the identity recognition module 41 is used for recognizing information of the identity information card 3 so as to determine whether a worker corresponding to the identity information card 3 belongs to a worker of the personnel arrangement module 22, and data of the emergency article determination module 23 corresponding to the worker is sent to the article distribution module 42. The article distribution module 42 is used for placing emergency articles, and can convert the data of the identity recognition module 41 into control signals to distribute the required emergency articles.
In this embodiment, the identity recognition module 41 includes an identity information reading sub-module 411 and an identity information matching sub-module 412, and the identity information reading sub-module 411 is used for reading information of the identity information card 3. The identity information matching sub-module 412 is configured to compare the identity information reading sub-module 411 with the data of the personnel arrangement module 22 and send the emergency article determination module 23 data of the corresponding personnel to the article allocation module 42. Preferably, the identity information reading sub-module 411 and the identity information matching sub-module 412 identify the information of the identity information card 3 by adopting an NFC communication manner, so as to determine the information of a worker using the identity information card 3, so that the worker can obtain the required emergency article by approaching the identity information card 3 to the identity identification module 41, the efficiency of emergency article distribution is improved, and the problem that errors easily occur when the emergency article is issued manually is solved. While avoiding wasting resources by emergency items of the item allocation module 42 being removed by unrelated personnel.
In this embodiment, the article distribution module 42 includes a box 7, where the box 7 includes three areas corresponding to the manager, doctor and nurse, respectively, so as to place emergency articles required by different staff in the corresponding obtained areas. Each area is provided with a plurality of article placing cabins 701, one end of each placing cabin 701 is provided with an opening, each placing cabin 701 is internally provided with a motor 71 and an article pushing rod 72, the motor 71 is positioned at one end of each placing cabin 701 far away from the opening and is fixedly connected with the placing cabin 701, the article pushing rod 72 is a shaftless screw rod, one end of each article pushing rod is fixedly connected with a driving shaft of the motor 71, emergency articles are placed on the article pushing rods 72, the emergency articles are pushed out of the placing cabins 701 through the rotating article pushing rods 72 and slide to the bottom of the box body 7, the box body 7 is provided with an outlet 702, and the outlet 702 is used for taking out the emergency articles at the bottom of the box body 7. The motor 71 in each placement bin 701 is connected to the identity module 41 through a motor drive sub-module 73.
The box 7 is divided into three areas corresponding to managers, doctors and nurses, so that emergency objects required by different staff can be placed in the corresponding obtained areas, the staff can queue up and pick up the required emergency objects in the corresponding areas, and confusion in emergency object picking is avoided. In this embodiment, three identification modules 41 are provided and are installed in each area of the case 7.
Under the action of the motor driving sub-module 73, the data of the identity recognition module 41 can be converted into control signals, the motor 71 in the placement bin 701 has a corresponding relation with the emergency objects in the placement bin 701, when the motor driving sub-module 73 obtains the distribution signals of the required emergency objects, the motor driving sub-module 73 controls the motor 71 corresponding to the required emergency objects to rotate, and the pushing rod 72 rotates along with the motor driving sub-module, so that the emergency objects on the pushing rod 72 can be pushed out of the placement bin 701, and the distribution of the emergency objects is realized.
Preferably, the case 7 is provided with a buffer sponge to prevent the emergency articles pushed out of the placing compartment 701 from being damaged. The emergency articles can be sleeved with the packaging bags according to the needs so as to be pushed by the article pushing rod 7.
The article allocation module 42 further includes an article taking touch screen 74, where the article taking touch screen 74 is configured to obtain data of the identity recognition module 41 to determine whether a worker corresponding to the identity information card 3 belongs to the worker of the personnel arrangement module 22, and provide authority for the worker of the personnel arrangement module 22 to control the motor driving sub-module 73. When the emergency articles distributed by the staff are used, the identity information card 3 can be used for taking out the emergency articles required in the box body 7 again. In the present embodiment, the pickup touch screen 74 is provided with pictures and names corresponding to emergency articles, and the number of the pickup can be selected.
The article distribution module 42 further includes a remaining amount counting sub-module 75, and the remaining amount counting sub-module 75 obtains the number of triggers of each motor 71 according to the motor driving sub-module 73, and obtains the taken out number of each emergency article for calculating the remaining amount of each emergency article. The command center further comprises a remaining amount monitoring module 24, the remaining amount monitoring module 24 is configured to obtain data of the remaining amount statistics sub-module 75, and set a remaining threshold, and send out alarm information when the value counted by the remaining amount statistics sub-module 75 is lower than the remaining threshold. Under the action of the remaining amount statistics sub-module 75, a material manager can know the remaining information of the emergency articles in real time, so that the emergency articles in the placing bin 701 can be timely supplemented.
To be able to count the number of times the motor 71 is activated, when the number of emergency items to be removed is greater than 2, the motor drive sub-module 73 provides the motor 71 with corresponding activation edges, each of which causes one emergency item to be pushed out of the depositing bin 701.
In this embodiment, the system further includes a monitor module 8 for the number of persons, and the monitor module 8 is used to input the total number of patients in each condition level and the number of patients to be treated in each condition level through mobile phone software, so as to obtain the number of untreated persons in each condition level, and act on the personnel arrangement module 22. In the sudden disaster accident, different grades are needed according to different situations of patients so as to facilitate the treatment. By setting staff in the patients of each condition level, the staff can count the number of the patients to be treated in real time, so that a director can know the number of untreated patients in real time, and the arrangement of subsequent work is facilitated.
Preferably, the box 7 is provided with a display screen 76, and the display screen 76 is used for acquiring data of the monitor module 8 for treating patients to provide information of the number of untreated patients for the manager, doctor and nurse, so that the manager, doctor and nurse can grasp the number of untreated patients in real time, and thus the emergency patients can be treated preferentially.
When the emergency acquisition module 21 receives an incoming call of a traffic accident, the incoming call voice recording sub-module 211 converts the acquired incoming call voice of the emergency accident into text information, the emergency situation input sub-module 212 acquires the text information of the incoming call voice recording sub-module 211, and keywords of the type to which the emergency accident belongs and the number of people involved in the emergency accident are acquired through a keyword extraction algorithm, so that the corresponding keywords are selected to describe the emergency situation.
The personnel arrangement module 22 selects a proper department and a corresponding worker with special skills from the on-duty workers according to the type of traffic accident related to the emergency and the number of traffic accident related people of the emergency acquisition module 21, and the commander switches the worker display card between the unassigned area and the assigned area in a dragging mode by displaying the display card of the proper on-duty worker with a vivid color so as to determine the arrangement of the personnel work.
The emergency item determination module 23 pairs the obtained emergency item type required for the sudden disaster accident with the emergency item reserve module 5 to determine the emergency item type required for the corresponding sudden disaster accident in the item allocation module 42. Such as different work clothes required by different staff, medical records required by doctors, examination tools and the like, medical wrist bands required by nurses, bandages, syringes and the like.
The emergency notification sending module 6 notifies the staff of the staff arrangement module 22 of the emergency disaster accident through a mobile phone voice call mode through the acquired information of the emergency acquisition module 21, the staff arrangement module 22 and the information input sub-module 11.
After the staff member of the staff member arrangement module 22 reaches the place where the box 7 is placed, the identity information card 3 is brought close to the identity recognition module 41. The identity information reading sub-module 411 reads information of the identity information card 3, and the identity information matching sub-module 412 compares the data of the identity information reading sub-module 411 with the data of the personnel arrangement module 22 to cause the emergency article determining module 23 of the corresponding personnel to transmit the data to the article distributing module 42. After the motor driving sub-module 73 receives the data of the emergency article determining module 23 corresponding to the identity information card 3, the corresponding motor 71 is controlled to rotate, so that the article pushing rod 72 of the required emergency article rotates along with the data, and the emergency article on the article pushing rod 72 can be pushed out of the placing bin 701, so that the emergency article is distributed.
Claims (6)
1. An emergency medical system for sudden disaster accidents is characterized by comprising a staff information base module (1), a command center (2), an identity information card (3) and an emergency article distribution device (4),
the staff information base module (1) comprises an information input sub-module (11) and a scheduling input sub-module (12), wherein the information input sub-module (11) is used for recording the names, mobile phone numbers, affiliated departments and expertise information of medical staff; the scheduling input sub-module (12) is used for recording scheduling time of medical staff, and the medical staff is a manager, a doctor and a nurse;
the command center (2) comprises an emergency acquisition module (21), a personnel arrangement module (22) and an emergency article determination module (23),
the emergency acquisition module (21) is used for acquiring the condition information of the emergency disaster accident by receiving the incoming call of the emergency disaster accident so as to determine the type of the emergency disaster accident and the number of people involved in the emergency disaster accident;
the personnel arrangement module (22) can acquire the data of the scheduling input sub-module (12) and display the information of on-duty personnel in real time, and the personnel arrangement module (22) can also provide the required number suggestions of various types of working personnel according to the data of the emergency acquisition module (21) so as to arrange the emergency accident working personnel;
the personnel arrangement module (22) can distinguish on-duty personnel from off-duty personnel through different display card colors, and can determine the advice information of the required number of various types of personnel by adopting a backtracking algorithm according to the emergency disaster accident information of the emergency acquisition module (21) and the personnel information of the information input sub-module (11), and the personnel arrangement module (22) can also analyze and compare the information of the affiliated departments and expertise of the personnel with the type affiliated to the emergency disaster accident and display the display card of the proper on-duty personnel through vivid colors;
the personnel arrangement module (22) comprises an unallocated area and an allocated area, wherein a personnel display card for not arranging work is displayed in the unallocated area, a personnel display card for arranging work is displayed in the allocated area, and the personnel display card is switched between the unallocated area and the allocated area in a dragging mode so as to determine arrangement of personnel work;
the emergency article determining module (23) is used for acquiring emergency disaster accident situation data of the emergency acquiring module (21), acquiring the types of emergency articles required by corresponding emergency disaster accidents through a machine learning algorithm, and matching the corresponding required emergency articles for staff of the staff arrangement module (22);
the identity information card (3) is used for registering data information of the information input sub-module (11);
the emergency article distribution device (4) comprises an identity recognition module (41) and an article distribution module (42), wherein the identity recognition module (41) is used for recognizing information of the identity information card (3) so as to determine whether a worker corresponding to the identity information card (3) belongs to a worker of the worker arrangement module (22), and sending data of the emergency article determination module (23) of the corresponding worker to the article distribution module (42); the article distribution module (42) is used for placing emergency articles and can convert the data of the identity recognition module (41) into control signals so as to distribute the required emergency articles;
the article distribution module (42) comprises a box body (7) and an article taking touch screen (74), wherein the box body (7) comprises three areas which are respectively in one-to-one correspondence with management personnel, doctors and nurses so as to place emergency articles required by different staff in the corresponding obtained areas; a plurality of article placing cabins (701) are arranged in each area, openings are formed in one end of each placing cabin (701), a motor (71) and an article pushing rod (72) are arranged in each placing cabin (701), the motor (71) is located at one end, far away from the openings, of each placing cabin (701) and is fixedly connected with the corresponding placing cabin (701), the article pushing rod (72) is a shaftless screw rod, one end of the article pushing rod is fixedly connected with a driving shaft of the motor (71), emergency articles are placed on the article pushing rods (72) so that the emergency articles can be pushed out of the corresponding placing cabins (701) through the rotating article pushing rods (72) and slide to the bottom of the corresponding box body (7), and an outlet (702) is formed in the box body (7) and is used for taking out the emergency articles at the bottom of the box body (7); a motor (71) in each placement bin (701) is connected with the identity recognition module (41) through a motor driving sub-module (73);
the object taking touch screen (74) is used for acquiring data of the identity recognition module (41) so as to determine whether a worker corresponding to the identity information card (3) belongs to a worker of the worker arrangement module (22), and providing authority for the worker of the worker arrangement module (22) to control the motor driving sub-module (73);
the article distribution module (42) further comprises a remaining amount counting sub-module (75), wherein the remaining amount counting sub-module (75) obtains the triggering times of each motor (71) according to the motor driving sub-module (73) and obtains the taking-out quantity of each emergency article so as to be used for calculating the remaining amount of each emergency article in the box body (7); the command center further comprises a remaining amount monitoring module (24), wherein the remaining amount monitoring module (24) is used for acquiring data of the remaining amount counting sub-module (75), a remaining threshold is set, and alarm information is sent out when the value counted by the remaining amount counting sub-module (75) is lower than the remaining threshold.
2. An emergency medical system for sudden disaster incidents according to claim 1, wherein: the emergency acquisition module (21) comprises an incoming call voice recording sub-module (211) and an emergency situation input sub-module (212), wherein the incoming call voice recording sub-module (211) is used for acquiring incoming call voice of an emergency disaster accident and converting the incoming call voice into text information; the emergency situation input sub-module (212) is used for obtaining the text information of the electric voice recording sub-module (211) through a keyword extraction algorithm, and obtaining keywords of the type of the emergency accident and the number of people involved in the emergency accident so as to select the corresponding keywords to describe the emergency situation.
3. An emergency medical system for sudden disaster incidents according to claim 1, wherein: the emergency article storage system further comprises an emergency article storage module (5), wherein the emergency article storage module (5) is used for storing information of emergency articles placed by the article distribution module (42); the emergency article determining module (23) can pair the emergency article types required by the obtained sudden disaster accidents with the emergency article storage module (5) so as to obtain the emergency article types required by the corresponding sudden disaster accidents in the article distribution module (42).
4. An emergency medical system for sudden disaster incidents according to claim 1, wherein: the emergency notification system further comprises an emergency notification sending module (6) which is used for acquiring the information of the emergency acquisition module (21), the personnel arrangement module (22) and the information input sub-module (11) and notifying the personnel of the personnel arrangement module (22) of the emergency of the accident of the emergency disaster through a mobile phone voice call mode.
5. An emergency medical system for sudden disaster incidents according to claim 1, wherein: the identity recognition module (41) comprises an identity information reading sub-module (411) and an identity information matching sub-module (412), wherein the identity information reading sub-module (411) is used for reading the information of the identity information card (3); the identity information matching sub-module (412) is configured to compare the identity information reading sub-module (411) with the data of the personnel arrangement module (22) and send the emergency article determination module (23) data of the corresponding personnel to the article allocation module (42).
6. An emergency medical system for sudden disaster incidents according to claim 1, wherein: the system also comprises a treatment person monitoring module (8), wherein the treatment person monitoring module (8) is used for inputting the total number of patients in each condition level and the treatment completion number of the patients in each condition level through mobile phone software so as to obtain the untreated person number in each condition level and apply the untreated person to the person arrangement module (22).
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