CN114049789A - Emergency channel configuration method and system - Google Patents
Emergency channel configuration method and system Download PDFInfo
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- CN114049789A CN114049789A CN202111411103.3A CN202111411103A CN114049789A CN 114049789 A CN114049789 A CN 114049789A CN 202111411103 A CN202111411103 A CN 202111411103A CN 114049789 A CN114049789 A CN 114049789A
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- G08G1/00—Traffic control systems for road vehicles
- G08G1/14—Traffic control systems for road vehicles indicating individual free spaces in parking areas
- G08G1/149—Traffic control systems for road vehicles indicating individual free spaces in parking areas coupled to means for restricting the access to the parking space, e.g. authorization, access barriers, indicative lights
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B5/00—Visible signalling systems, e.g. personal calling systems, remote indication of seats occupied
- G08B5/22—Visible signalling systems, e.g. personal calling systems, remote indication of seats occupied using electric transmission; using electromagnetic transmission
- G08B5/36—Visible signalling systems, e.g. personal calling systems, remote indication of seats occupied using electric transmission; using electromagnetic transmission using visible light sources
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/09—Arrangements for giving variable traffic instructions
- G08G1/095—Traffic lights
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- H04W4/30—Services specially adapted for particular environments, situations or purposes
- H04W4/40—Services specially adapted for particular environments, situations or purposes for vehicles, e.g. vehicle-to-pedestrians [V2P]
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Abstract
The invention discloses a method and a system for configuring an emergency channel, which are used for correspondingly configuring an emergency channel starting point, an emergency channel corridor, an emergency channel terminal point and a remote instruction system, executing automatic control through the remote instruction system, supervising, guiding and perfecting the emergency channel system by a four-step configuration method, eliminating interference factors to ensure that a treatment channel is smooth, relieving the condition of delay of illness and improving the treatment capacity of a hospital; in addition, the emergency treatment system is provided with a remote instruction system, so that the emergency treatment channel is more intelligent in use, and the operation efficiency and the use experience of the emergency treatment channel are improved.
Description
Technical Field
The application belongs to the technical field of equipment automation, and particularly relates to a first-aid channel configuration method and system.
Background
An emergency pathway is a life pathway established for a patient in an emergency, and for a patient in an emergency, an emergency pathway is a life pathway. Through the first-aid passage, the hospital provides the whole medical service behaviors of receiving, triage, examination, diagnosis and rescue for the emergency and critical patients, so that the patients can be timely, normatively and efficiently served. In order to adapt to the development of modern emergency medicine and improve the rescue success rate of patients in emergency rooms, the setting of an emergency green channel is the most effective mechanism for treating critically ill patients, which has become a common recognition in the emergency departments of hospitals across the country. The emergency treatment procedure in the prior art is as follows: when the ambulance arrives at a hospital, a triage nurse and a medical guide/nurse immediately push the patient flat car to the side of the ambulance, cooperatively lift the patient on the flat car, know simple medical history and symptoms, determine whether the patient enters a rescue room for rescue according to the state of illness, and immediately push the patient into the rescue room through an emergency passage under the condition that the patient needs rescue. The emergency treatment process basically meets timely, efficient and normative conditions in theory, however, various interference factors often exist in actual operation conditions, for example, people or objects in an emergency channel may block the flatcar movement of a patient, an ambulance parking spot does not have a condition for transferring the patient, the indication of the emergency channel is not clear or an operator is not familiar with a hospital environment to cause unsmooth patient transferring process, and the like, and particularly under the condition of relevant regulation constraints, due to the lack of necessary means of technical supervision, guidance, indication and the like, the condition of interfering the normal use of the emergency channel is rare, the condition is delayed, and even serious consequences are caused. In addition, the monitoring method for the hospital emergency channel in the prior art is single, humanization is lacked, the use experience of the hospital emergency channel is poor, and the application efficiency is low.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides a method and a system for configuring an emergency channel.
Specifically, the application claims a method for configuring emergency access, comprising:
s10: a step of configuring an emergency passageway starting point, wherein the starting point is positioned at an emergency vehicle parking position; the starting point of the emergency channel takes the first light-emitting device as a boundary and is provided with a parking position mark of the emergency vehicle; the first light emitting device provides a light effect warning function to indicate that a non-emergency vehicle is not available to park at the emergency vehicle parking location and to designate that an emergency vehicle should park at the emergency vehicle parking location.
S20: configuring an emergency channel corridor, wherein the emergency channel corridor takes the second light-emitting device as a boundary, connects an emergency channel starting point and an emergency channel terminal point and sets a mark pointing to the emergency channel terminal point; the second light emitting device is in a light emitting state when the emergency passageway is used or is about to be used, and provides a light effect alarm function.
S30: configuring an emergency channel endpoint, wherein the emergency channel endpoint is connected with a first diagnosis and treatment room and a second diagnosis and treatment room, the current use states of the first diagnosis and treatment room and the second diagnosis and treatment room are highlighted by a third light-emitting device, and when the first diagnosis and treatment room and the second diagnosis and treatment room are both in an unused state, the third light-emitting device of one diagnosis and treatment room is randomly indicated or manually indicated to be in the same state as the second light-emitting device; when the first diagnosis and treatment room is in a using state and the second diagnosis and treatment room is in an unused state, the first diagnosis and treatment room light-emitting device corresponding to the first diagnosis and treatment room in the third light-emitting device is in a using state, and the second diagnosis and treatment room light-emitting device corresponding to the second diagnosis and treatment room in the third light-emitting device is in the same state as the second light-emitting device.
The sensor comprises RFID equipment and camera equipment, the camera equipment is used for monitoring whether an unauthorized target breaks into a first-aid passage corridor in a used or to-be-used state or not, and if the unauthorized target breaks into the first-aid passage corridor, a light effect alarm function of the second light-emitting equipment is triggered; the RFID device is used for monitoring whether a target of intruding into an emergency passageway corridor in a used or to-be-used state is an authorized target, the authorized target is related medical personnel of the emergency action, and the related medical personnel wear an identification card for the RFID device.
The first light-emitting device, the second light-emitting device and the third light-emitting device are all display screens, the light-emitting devices are embedded in corresponding roads, toughened glass is used as a middle protective body between the light-emitting devices and the road surfaces, and the toughened glass can be used for pedestrians or vehicles to walk and drive.
Wherein the first light emitting device display screen indicates a first current state, the first current state comprising: 0, displayed in a static state in normal conditions; 1, prompting that a non-emergency vehicle can not be parked at an emergency vehicle parking position in a first alarm state; 2, when receiving the emergency vehicle to arrive, displaying in a second alarm state, such as flashing, green light and the like; 3, displaying in a third alarm state, such as a stationary green light, indicating emergency access location, etc., when the emergency vehicle is stopped at the emergency vehicle park location.
Wherein the second light emitting device display screen indicates a current state, the second current state comprising: 0, displaying in a static state under normal conditions, such as a static green light, a display indicator mark and the like; 1, when receiving that an emergency patient is about to arrive, prompting road personnel to forbid stepping into an emergency passageway corridor with a second light-emitting device as a boundary in a first alarm state, and emitting light to indicate the conveying direction of the emergency patient; and 3, when the object is detected to be placed in the emergency passageway corridor, the light is emitted to instruct the relevant personnel to remove the target object.
Wherein the third light emitting device display screen indicates a current status, the current status comprising: 0, in normal condition, displaying in a static state, such as turning off or indicating that the non-diagnosis and treatment room is not used; and 1, when receiving an instruction to be used, presenting the same state as the second light-emitting device, such as flashing, so as to indicate a target diagnosis and treatment room for patient transportation.
S40, configuring a remote command system, wherein the remote command system sends commands to the emergency passageway system based on the rescue status. When the ambulance loads a patient and is about to enter a hospital, the ambulance terminal sends a state instruction to the remote instruction system, the remote instruction system sends a remote instruction to the first light-emitting device based on the state instruction, so that the first light-emitting device displays in a second alarm state, meanwhile, the remote instruction system forwards the current rescue state to the medical personnel in the relevant department, and the medical personnel enter a rescue position to prepare for receiving and treating the patient; when the rescue status is arrival at the hospital, the terminal sends the rescue status to the remote commander system, and the remote commander system sends a command to the second light emitting device based on the rescue status so that the second light emitting device is displayed in the first alarm state. The manager can send a manual instruction through the remote instruction system, and control the second light-emitting device to prompt the relevant person to remove the target object located in the emergency passageway corridor.
Correspondingly, aiming at the problems existing in the prior art, the invention provides an emergency channel configuration system, which comprises:
a first configuration module that configures an emergency passageway starting point, the starting point located at an emergency vehicle parking location; the starting point of the emergency passage takes the first light-emitting device as a boundary and is provided with an emergency vehicle parking position mark; the first light emitting device provides a light effect warning function to indicate that a non-emergency vehicle is not available to park at the emergency vehicle parking location and to designate that an emergency vehicle should park at the emergency vehicle parking location.
The second configuration module is used for configuring an emergency channel corridor, the emergency channel corridor takes the second light-emitting device as a boundary, connects the starting point of the emergency channel and the end point of the emergency channel and sets a mark pointing to the end point of the emergency channel; the second light emitting device is in a light emitting state when the emergency passageway is used or is about to be used, providing a light effect alarm function.
The third configuration module is used for configuring an emergency passageway end point, the emergency passageway end point is connected with the first diagnosis and treatment room and the second diagnosis and treatment room, the current using states of the first diagnosis and treatment room and the second diagnosis and treatment room are highlighted through a third light-emitting device, and when the first diagnosis and treatment room and the second diagnosis and treatment room are both in an unused state, the third light-emitting device of one diagnosis and treatment room is randomly indicated or manually indicated to enable the third light-emitting device of the one diagnosis and treatment room to be in the same state as the second light-emitting device; when the first diagnosis and treatment room is in a using state and the second diagnosis and treatment room is in an unused state, the first diagnosis and treatment room light-emitting device corresponding to the first diagnosis and treatment room in the third light-emitting device is in a using state, and the second diagnosis and treatment room light-emitting device corresponding to the second diagnosis and treatment room in the third light-emitting device is in the same state as the second light-emitting device.
The fourth configuration module is used for configuring a remote instruction system, and comprises a background server system, a plurality of sensors arranged in an emergency channel and an ambulance vehicle-mounted terminal, wherein the remote instruction system sends a control instruction to the emergency channel based on the rescue state; the sensor comprises RFID equipment and camera equipment, the camera equipment is used for monitoring whether an unauthorized target breaks into an emergency passageway in a used or to-be-used state, and if the unauthorized target breaks into the emergency passageway, a light effect alarm function of the second light-emitting equipment is triggered; the RFID device is used for monitoring whether a target intruding into an emergency passageway corridor in a used or to-be-used state is an authorized target, the authorized target is related medical personnel of the emergency action, and the related medical personnel wear an identification card for the RFID device.
Based on the technical scheme, the invention constructs the emergency channel configuration method and system, correspondingly configures the starting point of the emergency channel, the emergency channel corridor and the terminal point of the emergency channel, supervises, guides and perfects the emergency channel system by a four-step configuration method, eliminates interference factors to ensure that the emergency channel is smooth, relieves the delay condition of the illness and improves the treatment capability of the hospital. Moreover, the remote instruction system is configured and comprises a plurality of inductors, a background server and a vehicle-mounted terminal, and the emergency channel is more intelligent in use and improves the operation efficiency and the use experience of the emergency channel through the action of sensing whether the target object is an authorized object or not and other monitoring actions.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It should be apparent that the drawings in the following description are only for illustrating some embodiments of the present application, and that technical features, connections and method steps which are not mentioned in other drawings can be obtained from the drawings without creative efforts for those skilled in the art.
Fig. 1 is a diagram illustrating a method for configuring emergency access according to an embodiment of the present invention;
fig. 2 is an architecture diagram of an emergency access configuration system according to an embodiment of the present invention.
DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION
To make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are some but not all embodiments of the present application. All other embodiments obtained by a person of ordinary skill in the art without any inventive work based on the embodiments in the present application are within the scope of protection of the present application.
The terminology used in the embodiments of the present application is for the purpose of describing particular embodiments only and is not intended to be limiting of the application. As used in the examples of this application and the appended claims, the singular forms "a", "an", and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise, and "a" and "an" typically include at least two, but do not exclude the presence of at least one.
The words "if", as used herein, may be interpreted as "at … …" or "at … …" or "in response to a determination" or "in response to a monitoring", depending on the context. Similarly, the phrase "if it is determined" or "if it is monitored (a stated condition or event)" may be interpreted as "when determining" or "in response to determining" or "when monitoring (a stated condition or event)" or "in response to monitoring (a stated condition or event)", depending on the context.
It is also noted that the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a good or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such good or system. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a commodity or system that includes the element.
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The first embodiment is as follows: as shown in fig. 1, the emergency passageway configuring method claimed in the present application includes:
s10: a step of configuring an emergency passageway starting point, wherein the starting point is positioned at an emergency vehicle parking position; the starting point of the emergency channel takes the first light-emitting device as a boundary and is provided with a parking position mark of the emergency vehicle; the first light emitting device provides a light effect warning function to indicate that a non-emergency vehicle is not available to park at the emergency vehicle parking location and to designate that an emergency vehicle should park at the emergency vehicle parking location.
The first light-emitting device can be an LED display screen or an LED indicator light, is pre-embedded in the emergency vehicle parking position, takes toughened glass as an intermediate protective body with the road surface, and the toughened glass can be used for pedestrians or vehicles to walk and drive through; the first light emitting device display screen indicates a first current state, the first current state including: 0, displayed in a static state in normal conditions; 1, prompting that a non-emergency vehicle can not park at an emergency vehicle parking position in a first alarm state; 2, when receiving the emergency vehicle to arrive, displaying in a second alarm state, such as flashing, green light and the like; 3, displaying in a third alarm state, such as a stationary green light, indicating emergency access location, etc., when the emergency vehicle is stopped at the emergency vehicle park location.
S20: configuring an emergency channel corridor, wherein the emergency channel corridor takes the second light-emitting device as a boundary, connects an emergency channel starting point and an emergency channel terminal point and sets a mark pointing to the emergency channel terminal point; the second light-emitting device is in a light-emitting state when the emergency passageway is used or is about to be used, and a light effect warning function is provided;
the second light-emitting device is an LED display screen or an LED indicator light, the light-emitting device is embedded in the corresponding road, toughened glass is used as an intermediate protective body between the light-emitting device and the road surface, and the toughened glass can be used for pedestrians or vehicles to walk and drive through; wherein the second light emitting device display screen indicates a second current state, the second current state comprising: 0, displaying in a static state under normal conditions, such as a static green light, a display indicator mark and the like; 1, when receiving that an emergency patient is about to arrive, prompting road personnel to forbid stepping into an emergency passageway corridor with a second light-emitting device as a boundary in a first alarm state, and emitting light to indicate the conveying direction of the emergency patient; and 3, when the object is detected to be placed in the emergency passageway corridor, the light is emitted to instruct the relevant personnel to remove the target object.
S30: configuring an emergency channel endpoint, wherein the emergency channel endpoint is connected with a first diagnosis and treatment room and a second diagnosis and treatment room, the current use states of the first diagnosis and treatment room and the second diagnosis and treatment room are highlighted by a third light-emitting device, and when the first diagnosis and treatment room and the second diagnosis and treatment room are both in an unused state, the third light-emitting device of one diagnosis and treatment room is randomly indicated or manually indicated to be in the same state as the second light-emitting device; when the first diagnosis and treatment room is in a using state and the second diagnosis and treatment room is in an unused state, the first diagnosis and treatment room light-emitting device corresponding to the first diagnosis and treatment room in the third light-emitting device is in a using state, and the second diagnosis and treatment room light-emitting device corresponding to the second diagnosis and treatment room in the third light-emitting device is in the same state as the second light-emitting device.
The third light-emitting device is an LED display screen or an LED indicator light, the light-emitting device is embedded in the corresponding road, toughened glass is used as a middle protective body between the light-emitting device and the road surface, and the toughened glass can be used for pedestrians or vehicles to walk and drive through; the third light emitting device display screen indicates a third current state, the third current state including: 0, normally, in a static state, such as turning off, or indicating that the non-treatment room is not used; and 1, when receiving an instruction to use, presenting the same state as the second light-emitting device, such as flashing, so as to indicate the target diagnosis and treatment room for patient transportation.
S40, a remote instruction system is configured, the remote instruction system comprises a background server system, a plurality of sensors arranged in an emergency passageway and an ambulance vehicle-mounted terminal, the remote instruction system sends an instruction to the emergency passageway system based on an ambulance state to configure the emergency passageway, when an ambulance loads a patient and is about to enter a hospital, the ambulance terminal sends a state instruction to the remote instruction system, the remote instruction system sends a remote instruction to a first light-emitting device based on the state instruction, so that the first light-emitting device is displayed in a second alarm state, meanwhile, the remote instruction system forwards the current ambulance state to a relevant department medical worker, and the medical worker enters an ambulance position to receive and rescue the patient; when the rescue status is arrival at the hospital, the terminal sends the rescue status to the remote commander system, and the remote commander system sends a command to the second light emitting device based on the rescue status so that the second light emitting device is displayed in the first alarm state. The manager can send a manual instruction through the remote instruction system, and control the second light-emitting device to prompt the relevant person to remove the target object in the corridor of the emergency passageway.
The sensor comprises RFID equipment and camera equipment, the camera equipment is used for monitoring whether an unauthorized target breaks into a first-aid passage corridor in a used or to-be-used state or not, and if the unauthorized target breaks into the first-aid passage corridor, a light effect alarm function of the second light-emitting equipment is triggered; the RFID device is used for monitoring whether a target of intruding into an emergency passageway corridor in a used or to-be-used state is an authorized target, the authorized target is related medical personnel of the emergency action, and the related medical personnel wear an identification card for the RFID device.
Example two: as shown in fig. 2, the present application claims an emergency access configuration system, comprising:
a first configuration module that configures an emergency passageway starting point, the starting point located at an emergency vehicle parking location; the starting point of the emergency passage takes the first light-emitting device as a boundary and is provided with an emergency vehicle parking position mark; the first light emitting device provides a light effect warning function to indicate that a non-emergency vehicle is not available to park at the emergency vehicle parking location and to designate that an emergency vehicle should park at the emergency vehicle parking location.
The second configuration module is used for configuring an emergency channel corridor, the emergency channel corridor takes the second light-emitting device as a boundary, connects the starting point of the emergency channel and the end point of the emergency channel and sets a mark pointing to the end point of the emergency channel; the second light emitting device is in a light emitting state when the emergency passageway is used or is about to be used, providing a light effect alarm function.
The third configuration module is used for configuring an emergency passageway end point, the emergency passageway end point is connected with the first diagnosis and treatment room and the second diagnosis and treatment room, the current using states of the first diagnosis and treatment room and the second diagnosis and treatment room are highlighted through a third light-emitting device, and when the first diagnosis and treatment room and the second diagnosis and treatment room are both in an unused state, the third light-emitting device of one diagnosis and treatment room is randomly indicated or manually indicated to enable the third light-emitting device of the one diagnosis and treatment room to be in the same state as the second light-emitting device; when the first diagnosis and treatment room is in a using state and the second diagnosis and treatment room is in an unused state, the first diagnosis and treatment room light-emitting device corresponding to the first diagnosis and treatment room in the third light-emitting device is in a using state, and the second diagnosis and treatment room light-emitting device corresponding to the second diagnosis and treatment room in the third light-emitting device is in the same state as the second light-emitting device.
The fourth configuration module is used for configuring a remote instruction system, and comprises a background server system, a plurality of sensors arranged in an emergency channel and an ambulance vehicle-mounted terminal, wherein the remote instruction system sends a control instruction to the emergency channel based on the rescue state; the sensor comprises RFID equipment and camera equipment, the camera equipment is used for monitoring whether an unauthorized target breaks into an emergency passageway in a used or to-be-used state, and if the unauthorized target breaks into the emergency passageway, a light effect alarm function of the second light-emitting equipment is triggered; the RFID device is used for monitoring whether a target intruding into an emergency passageway corridor in a used or to-be-used state is an authorized target, the authorized target is related medical personnel of the emergency action, and the related medical personnel wear an identification card for the RFID device.
To more clearly illustrate the gist of the invention of the present application, reference is made to the first and second embodiments, and the invention is described as follows in the third embodiment:
7 in the morning: the method comprises the following steps of (10) initializing and configuring the emergency channel system, and configuring modules of the emergency channel system, wherein the method comprises the following steps: configuring an emergency channel starting point, configuring an emergency channel corridor and configuring an emergency channel ending point. After the three configuration steps are configured, the emergency channel operates normally. After the configuration is finished, the first light-emitting device in the starting point of the emergency channel, the second light-emitting device in the corridor of the emergency channel and the third light-emitting device in the terminal point of the emergency channel are LED display screens, are pre-embedded in the pavement of the emergency channel, and can be trampled and driven by pedestrians and vehicles by taking toughened glass as protection, the terminal point of the emergency channel comprises a first diagnosis and treatment room, a second diagnosis and treatment room and a third diagnosis and treatment room, and the first diagnosis and treatment room light-emitting device, the second diagnosis and treatment room light-emitting device and the third diagnosis and treatment room light-emitting device are respectively arranged. Under the normal operation condition, the patient is not treated in the treatment room, so that the first treatment room light-emitting device, the second treatment room light-emitting device and the third treatment room light-emitting device are all in the off state to indicate that the treatment room light-emitting devices are in the unused state; the first light emitting device presents green light and serves as a boundary surrounding the emergency vehicle parking position; the second light emitting device presents green light as a border around the exit emergency access corridor.
9 in the morning: 30, hospital personnel are increased, and the emergency channel system works normally. When an event that the social vehicle is parked at the starting point of the emergency channel or is in a position of blocking other vehicles from entering the starting point of the emergency channel occurs, a sensor at the starting point of the emergency channel monitors the illegal vehicle, an instruction for finding the illegal event is sent to a remote instruction system, the remote instruction system sends a remote instruction to the first light-emitting device, so that the first light-emitting device emits red light, and the social vehicle is warned to leave the area through voice; if the social vehicle does not drive away from the area after the first preset time, sending a prompt for monitoring the illegal parking event to security personnel of the hospital; similarly, when an event that related personnel place the garbage removal device in an emergency passageway corridor occurs, a sensor at the corridor of the emergency passageway monitors the illegal object placement event, an instruction for finding the illegal object is sent to a remote instruction system, the remote instruction system sends a remote instruction to a second light-emitting device, so that the first light-emitting device emits red light, and the related personnel are warned by voice to remove the obstacle object; and if the barrier object is not removed after the first preset time, sending an event prompt for monitoring that the object is placed illegally to a hospital security worker. Likewise, when an obstacle is present at the end of the emergency access, the remote command system and the third lighting device perform similar steps to accomplish obstacle removal.
9 in the morning: 40, the hospital receives the emergency help request, dispatches the emergency vehicle to drive to the destination, and simultaneously forwards the request signal to the remote instruction system, and the remote instruction system sends a remote control instruction to the first light-emitting device so as to enable the first light-emitting device to be in a green light flashing state, which indicates that the first light-emitting device is in an upcoming state; the emergency vehicle terminal system sends a real-time position to the remote instruction system based on the GPS positioning device, the remote instruction system obtains the remaining distance between the emergency vehicle and the hospital based on the real-time position, and comprehensively evaluates the remaining time required for passing the remaining distance based on the traffic condition, the vehicle condition and the patient condition, and the green light flashing frequency of the first light-emitting device is inversely proportional to the remaining time. The remote instruction system sends a remote control instruction to the light-emitting equipment corresponding to the unused diagnosis and treatment room in the third light-emitting equipment while receiving the request signal, so that the light-emitting equipment is in a green light flashing state, and the current state is the state to be used; the remote instruction system receives the request signal and simultaneously informs the medical staff of the help seeking message, and the responsible staff organizes emergency rescue.
10 in the morning: 00, an emergency vehicle arrives at a hospital and is parked at the starting position of an emergency passageway, and a remote instruction system sends a remote control instruction to a first light-emitting device and a second light-emitting device in the corridor of the emergency passageway, so that the first light-emitting device and the second light-emitting device are in a connected state; the first light-emitting device and the second light-emitting device display contents to indicate the conveying direction of a patient, the indication mode is that the patient flickers to a target diagnosis and treatment room in a running water mode, and the indication mode specifically comprises the following steps: the first light-emitting devices A3, A2 and A1 are connected with the second light-emitting devices B4, B3, B2 and B1, firstly, the A3 presents a lighting state, and other displays are extinguished; then A2 appears in a lighting state, and other displays are turned off; then A1 appears in a lighting state, and other displays are turned off; then B4 appears in a lighting state, and other displays are turned off; and the rest can be done until the third light-emitting device of the target diagnosis and treatment room is lighted up, and the next flashing period is continued. When the emergency vehicle arrives at the hospital, the remote instruction system sends an instruction to the starting point of the emergency passageway and the corridor of the emergency passageway, and meanwhile voice warning is carried out to evacuate irrelevant personnel so as to keep the emergency passageway smooth. The sensor arranged in the first-aid passage comprises RFID equipment and camera equipment, the camera equipment is used for monitoring whether an unauthorized target intrudes into the first-aid passage corridor in a used or to-be-used state, and if the unauthorized target intrudes into the first-aid passage corridor, the light effect alarm function of the second light-emitting equipment is triggered; the RFID device is used for monitoring whether a target intruding into an emergency passageway corridor in a used or to-be-used state is an authorized target, the authorized target is related medical personnel of the emergency action, and the related medical personnel wear an identification card for the RFID device. The second light emitting device is connected to the third light emitting device, and since the third light emitting device is divided into the first treatment room light emitting device, the second treatment room light emitting device, and the third treatment room light emitting device, when the emergency vehicle arrives at the hospital, only the target treatment room light emitting device is kept on, and the other treatment room light emitting devices are in a disconnected state (extinguished or in use) from the second light emitting device.
10 in the morning: and 01, the patient is successfully delivered to the target diagnosis and treatment room, the third light-emitting device of the target diagnosis and treatment room is in a use state, and the first light-emitting device and the second light-emitting device are recovered to a normal use state.
The method and the system for allocating the emergency channel allocate the emergency channel, particularly allocate four components of the emergency channel in four steps, by means of sensing and monitoring technology, the first-aid channel system is monitored, guided and perfected, interference factors are eliminated to ensure the smoothness of the first-aid channel, so that the hospital can provide efficient medical service behaviors for the patient as much as possible, the patient can obtain timely, standard and efficient medical service, the delay of the illness state of the patient is reduced, the precious rescue time is saved, the hospital rescue ability is improved, in addition, the remote instruction system is configured, and consists of a plurality of sensors, a background server and a vehicle-mounted terminal, whether its effect through response target object for authorized object to and other monitoring effect for the use of first aid passageway is more intelligent, has improved its operating efficiency and has used experience.
It should also be noted that the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a good or system that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such good or system. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other elements in the same article or system in which the element is included.
While the foregoing description shows and describes several preferred embodiments of the invention, it is to be understood, as noted above, that the invention is not limited to the forms disclosed herein, but is not intended to be exhaustive of other embodiments, and is capable of use in various other combinations, modifications, and environments and is capable of changes within the scope of the inventive concept as described herein, commensurate with the above teachings, or the skill or knowledge of the relevant art. And that modifications and variations may be effected by those skilled in the art without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. A method of emergency access configuration, comprising:
s10: a step of configuring an emergency passageway starting point, wherein the starting point is positioned at an emergency vehicle parking position; the starting point of the emergency channel takes the first light-emitting device as a boundary and is provided with an emergency vehicle parking position mark; the first light-emitting device provides a light effect warning function, prompts that non-emergency vehicles cannot stop at the emergency vehicle parking position, and specifies that emergency vehicles should stop at the emergency vehicle parking position;
s20: configuring an emergency channel corridor, wherein the emergency channel corridor takes the second light-emitting device as a boundary, connects an emergency channel starting point and an emergency channel terminal point and sets a mark pointing to the emergency channel terminal point; the second light-emitting device is in a light-emitting state when the emergency passageway is used or is about to be used, and a light effect warning function is provided;
s30: configuring an emergency channel endpoint, wherein the emergency channel endpoint is connected with a first diagnosis and treatment room and a second diagnosis and treatment room, the current use states of the first diagnosis and treatment room and the second diagnosis and treatment room are highlighted by a third light-emitting device, and when the first diagnosis and treatment room and the second diagnosis and treatment room are both in an unused state, the third light-emitting device of one diagnosis and treatment room is in the same state as the second light-emitting device through random indication or manual indication; when the first diagnosis and treatment room is in a using state and the second diagnosis and treatment room is in an unused state, the first diagnosis and treatment room light-emitting device corresponding to the first diagnosis and treatment room in the third light-emitting devices is in a using state, and the second diagnosis and treatment room light-emitting device corresponding to the second diagnosis and treatment room in the third light-emitting devices is in the same state as the second light-emitting device;
s40: the method comprises the steps of configuring a remote instruction system, wherein the remote instruction system comprises a background server system, a plurality of sensors arranged in an emergency channel and an ambulance vehicle-mounted terminal, and sends a control instruction to the emergency channel based on an ambulance state;
the sensor comprises RFID equipment and camera equipment, the camera equipment is used for monitoring whether an unauthorized target breaks into a first-aid passage corridor in a used or to-be-used state or not, and if the unauthorized target breaks into the first-aid passage corridor, a light effect alarm function of the second light-emitting equipment is triggered; the RFID device is used for monitoring whether a target intruding into an emergency passageway corridor in a used or to-be-used state is an authorized target, wherein the authorized target is related medical personnel of the emergency action, and the related medical personnel wear an identification card for the RFID device.
2. The method as claimed in claim 1, wherein the first, second and third light emitting devices are all display screens, the light emitting devices are pre-embedded in corresponding roads, and the light emitting devices and the road surface use toughened glass as an intermediate protective body, and the toughened glass can be used for pedestrians or vehicles to walk and drive.
3. The emergency access configuration method of claim 1, wherein the first light emitting device display indicates a first current state, the first current state comprising: 0: in normal conditions, displaying in a static state; 1: prompting, in a first alert state, that the non-emergency vehicle is not parked at the emergency vehicle parking location; 2: displaying in a second alarm state upon receipt of an imminent arrival of the emergency vehicle; 3: displaying in a third alert state, indicating an emergency access location, when the emergency vehicle is stopped at the emergency vehicle stop location; the second light emitting device display screen indicates a second current state, the second current state including: 0, displayed in a static state in normal conditions; 1, when receiving an emergency patient arrival instruction, prompting road personnel to forbid stepping into an emergency passageway corridor with a second light-emitting device as a boundary in a first alarm state, and emitting light to indicate the conveying direction of the emergency patient; 3, when the object is detected to be placed in the emergency passageway corridor, the light is emitted to instruct related personnel to remove the target object; the third light emitting device display screen indicates a third current state, the third current state including: 0, in normal condition, displaying in a static state to indicate that the non-diagnosis and treatment room is not used; and 1, when receiving an instruction to be used, presenting the same state as the second light-emitting device and indicating a target diagnosis and treatment room for patient transportation.
4. The emergency passageway arranging method according to claim 2, wherein the second light emitting device is connected to a third light emitting device, the third light emitting device is divided into a first treatment room light emitting device and a second treatment room light emitting device, when the emergency vehicle arrives at the hospital, only the target treatment room light emitting device is kept on, and the other treatment room light emitting devices are in a disconnected state from the second light emitting device.
5. The emergency passageway configuration method according to claim 4, wherein the emergency vehicle arrives at a hospital and is parked at the starting position of the emergency passageway, and the remote command system transmits the remote control command to the first light emitting device and the second light emitting device of the corridor of the emergency passageway, so that the first light emitting device is connected with the second light emitting device; the display contents of the first light-emitting device and the second light-emitting device indicate the conveying direction of the patient, and the indication mode is that the patient flickers towards a target diagnosis and treatment room in a running water mode in sequence.
6. An emergency access configuration system comprising:
the first configuration module is used for configuring a starting point of an emergency channel, and the starting point is positioned at a parking position of an emergency vehicle; the starting point of the emergency channel takes the first light-emitting device as a boundary and is provided with an emergency vehicle parking position mark; the first light-emitting device provides a light effect warning function, prompts that non-emergency vehicles cannot stop at the emergency vehicle parking position, and specifies that emergency vehicles should stop at the emergency vehicle parking position;
the second configuration module is used for configuring an emergency channel corridor, the emergency channel corridor takes the second light-emitting device as a boundary, connects the starting point of the emergency channel and the end point of the emergency channel and sets a mark pointing to the end point of the emergency channel; the second light-emitting device is in a light-emitting state when the emergency passageway is used or is about to be used, and a light effect warning function is provided;
the third configuration module is used for configuring an emergency passageway endpoint, the emergency passageway endpoint is connected with the first diagnosis and treatment room and the second diagnosis and treatment room, the current use states of the first diagnosis and treatment room and the second diagnosis and treatment room are highlighted through third light-emitting equipment, and when the first diagnosis and treatment room and the second diagnosis and treatment room are both in an unused state, the third light-emitting equipment in one diagnosis and treatment room is randomly indicated or manually indicated to enable the third light-emitting equipment in the same state as the second light-emitting equipment; when the first diagnosis and treatment room is in a using state and the second diagnosis and treatment room is in an unused state, the first diagnosis and treatment room light-emitting device corresponding to the first diagnosis and treatment room in the third light-emitting devices is in a using state, and the second diagnosis and treatment room light-emitting device corresponding to the second diagnosis and treatment room in the third light-emitting devices is in the same state as the second light-emitting device;
the fourth configuration module is used for configuring a remote instruction system, and comprises a background server system, a plurality of sensors arranged in an emergency channel and an ambulance vehicle-mounted terminal, wherein the remote instruction system sends a control instruction to the emergency channel based on the rescue state; the sensor comprises RFID equipment and camera equipment, the camera equipment is used for monitoring whether an unauthorized target breaks into a first-aid passage corridor in a used or to-be-used state or not, and if the unauthorized target breaks into the first-aid passage corridor, a light effect alarm function of the second light-emitting equipment is triggered; the RFID device is used for monitoring whether a target intruding into an emergency passageway corridor in a used or to-be-used state is an authorized target, the authorized target is related medical personnel of the emergency action, and the related medical personnel wear an identification card for the RFID device.
7. The emergency passageway configuration system of claim 6, wherein the first light emitting device, the second light emitting device and the third light emitting device are all display screens, the light emitting devices are pre-embedded in corresponding roads, and toughened glass is used as an intermediate protective body between the light emitting devices and the road surface, and the toughened glass can be used for pedestrians or vehicles to walk and drive through.
8. The emergency access configuration system of claim 6, wherein the first light emitting device display screen indicates a first current state, the first current state comprising: 0: in normal conditions, displaying in a static state; 1: prompting, in a first alert state, that the non-emergency vehicle is not parked at the emergency vehicle parking location; 2: displaying in a second alarm state upon receipt of an imminent arrival of the emergency vehicle; 3: displaying in a third alert state, indicating an emergency access location, when the emergency vehicle is stopped at the emergency vehicle stop location; the second light emitting device display screen indicates a second current state, the second current state including: 0, displayed in a static state in normal conditions; 1, when receiving an emergency patient arrival instruction, prompting road personnel to forbid stepping into an emergency passageway corridor with a second light-emitting device as a boundary in a first alarm state, and emitting light to indicate the conveying direction of the emergency patient; 3, when the object is detected to be placed in the emergency passageway corridor, the light is emitted to instruct related personnel to remove the target object; the third light emitting device display screen indicates a third current state, the third current state including: 0, in normal condition, displaying in a static state to indicate that the non-diagnosis and treatment room is not used; and 1, when receiving an instruction to be used, presenting the same state as the second light-emitting device and indicating a target diagnosis and treatment room for patient transportation.
9. The emergency pathway configuration system of claim 7, wherein the second light emitting device is connected to a third light emitting device, the third light emitting device being divided into a first treatment room light emitting device and a second treatment room light emitting device, when the emergency vehicle arrives at the hospital, only the target treatment room light emitting device is kept on, and the other treatment room light emitting devices are in a disconnected state from the second light emitting device.
10. The emergency corridor configuration system according to claim 9, wherein the emergency vehicle arrives at the hospital and is parked at the emergency corridor starting location, and the remote command system sends the remote control command to the first light emitting device, the second light emitting device of the emergency corridor, so that the first light emitting device is connected with the second light emitting device; the display contents of the first light-emitting device and the second light-emitting device indicate the conveying direction of the patient, and the indication mode is that the patient flickers towards a target diagnosis and treatment room in a running water mode in sequence.
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