TWI844435B - Electronic device capable of reading storage medium, rescue prompting auxiliary method and system thereof - Google Patents

Abstract

An electronic device capable of reading storage medium, a rescue prompting auxiliary method and a system thereof are provided. The rescue prompting auxiliary method includes the following steps: generating a trigger signal by triggering a trigger element; executing a first prompting action by a control module according to the trigger signal; and determining whether a calculated time value conforms to a first preset parameter value or a second preset parameter value by the control module. When the control module determines that the calculated time value conforms to the first preset parameter value, the control module drives a voice module to provide a second reminder message. When the control module determines that the calculated time value conforms to the second preset parameter value, the control module executes a second prompting action. By virtue of the disclosure, the first-aid procedure compliance rate of rescuers can be improved.

Description

Electronic device readable storage medium, rescue prompt auxiliary method and system

The present invention relates to an electronic device readable storage medium, a rescue reminder auxiliary method and a system thereof, and in particular to an electronic device readable storage medium, a rescue reminder auxiliary method and a system thereof that can remind rescuers of the correct first aid process to improve the completion rate of key first aid steps and the compliance rate of first aid process.

Cardiopulmonary Resuscitation (CPR) is a necessary and urgent first aid method for patients whose hearts stop beating due to diseases or accidents. In the shortest time after the incident, bystanders or medical staff properly perform basic life-saving techniques and advanced high-level cardiac life-saving techniques on the injured, which can be said to be the key factor for the survival or recovery of the injured.

However, inexperienced rescuers may not be able to master the accurate first aid process, sequence and key steps, or the accurate rate of chest compression during rescue, which may affect the quality of rescue or cause harm to the patient.

Furthermore, even professional and experienced rescuers find it difficult to accurately grasp the sequence and time control of the emergency process every time they perform a rescue operation. Therefore, due to lack of assistance or guidance, they may spend extra time to judge the sequence of the emergency process or assess the appropriate compression frequency, thus delaying the golden time for rescue or failing to achieve the expected rescue effect, thereby affecting the patient's prognosis.

The technical problem to be solved by the present invention is to provide an electronic device that can read storage media, a method and system for assisting rescue prompts, in view of the shortcomings of the existing technology.

In order to solve the above technical problems, one of the technical solutions adopted by the present invention is to provide a rescue prompt auxiliary method, which includes the following steps: a trigger element is triggered to generate a trigger signal; a control module executes a first prompt action according to the trigger signal; wherein the first prompt action includes: the control module executes a counting action to obtain a calculated time value; the control module drives a display module The at least one time information displayed is changed from an initial state to a counting state, and a part of the specific icon displayed by the display module is driven to change from a non-flashing state to a flashing state, or a plurality of light-emitting modules are driven to generate light beams; and the control module drives a voice module to provide a first reminder information; and the control module determines whether the calculated time value meets a first preset parameter value or a second preset parameter value. When the control module determines that the calculated time value meets the first preset parameter value, the control module drives the voice module to provide a second reminder information. When the control module determines that the calculated time value meets the second preset parameter value, the control module executes a second prompt action; wherein the second prompt action includes: the control module stops the counting action and drives the at least one time information displayed by the display module to change from the counting state to the initial state; the control module drives the voice module to provide a third reminder information; and the control module drives one of the specific icons displayed by the display module to change from a non-flashing state to a flashing state, or drives another light-emitting module to generate a light beam.

Preferably, the second prompt action further includes the control module driving the display module to display a second option icon; wherein the second option icon corresponds to one of the trigger elements.

Preferably, after the step of changing a part of the specific icons displayed by the display module to the flashing state, the following steps are further included: generating a stop signal by triggering the trigger element corresponding to one of the specific icons in the flashing state; and using the control module to drive one of the specific icons displayed by the display module from the flashing state to a non-flashing state according to the stop signal. When the control module determines that the calculated time value meets the second preset parameter value, the control module drives one of the specific icons displayed by the display module from the non-flashing state to the flashing state.

Preferably, after the step of changing a portion of the specific icons displayed by the display module to the flashing state, the following steps are also included: generating a stop signal by triggering the trigger element corresponding to one of the specific icons in the flashing state; and using the control module to drive one of the specific icons displayed by the display module to change from the flashing state to a non-flashing state according to the stop signal, and drive the display module to display an inquiry message. When one of the option elements of the display module is touched, one of the option elements generates a first selection signal, and the control module drives the display module to stop displaying the inquiry information according to the first selection signal, and drives another specific icon displayed by the display module to change from the non-flashing state to the flashing state. When another of the option elements of the display module is touched, another of the option elements generates a second selection signal, and the control module drives the display module to stop displaying the inquiry information according to the second selection signal.

Preferably, the first prompt action further includes the control module driving the voice module to provide a beat message. When the trigger element corresponding to one of the specific icons is triggered, the trigger element generates a beat signal; and the control module drives the voice module to stop providing a beat message according to the stop signal. When the trigger element corresponding to one of the specific icons is triggered again, the trigger element generates a stop signal; and the control module drives the voice module to stop providing a beat message according to the stop signal.

In order to solve the above technical problems, another technical solution adopted by the present invention is to provide an electronic device readable storage medium, storing a program for executing a rescue prompt auxiliary method, the rescue prompt auxiliary method comprising the following steps: a trigger element is triggered to generate a trigger signal; a control module executes a first prompt action according to the trigger signal; wherein the first prompt action includes: the control module executes a counting action to obtain a count The control module drives at least one time information displayed by a display module to change from an initial state to a counting state, and drives a part of the specific icon displayed by the display module to change from a non-flashing state to a flashing state, or drives a plurality of light-emitting modules to generate light beams; and the control module drives a voice module to provide a first reminder message; and the control module determines whether the calculated time value meets a first preset parameter value or a second preset parameter value. When the control module determines that the calculated time value meets the first preset parameter value, the control module drives the voice module to provide a second reminder message. When the control module determines that the calculated time value meets the second preset parameter value, the control module executes a second prompt action; wherein the second prompt action includes: the control module stops the counting action and drives the at least one time information displayed by the display module to change from the counting state to the initial state; the control module drives the voice module to provide a third reminder information; and the control module drives one of the specific icons displayed by the display module to change from a non-flashing state to a flashing state, or drives another light-emitting module to generate a light beam.

In order to solve the above technical problems, another technical solution adopted by the present invention is to provide a rescue reminder auxiliary system, which includes a display module, a control module and a voice module. The display module displays at least one time information, multiple first option icons and multiple specific icons, and the display module has multiple trigger elements, which correspond to the multiple first option icons and the multiple specific icons. The control module is connected to the display module. The voice module is connected to the control module. When the trigger element corresponding to one of the first option icons is triggered, the trigger element generates a trigger signal, and the control module executes a first prompt action according to the trigger signal; wherein the first prompt action includes: the control module executes a counting action to obtain a calculated time value; the control module drives the at least one time information displayed by the display module to change from an initial state to a counting state, and a part of the specific icon to change from a non-flashing state to a flashing state; and the control module drives the voice module to provide a first reminder message. wherein, when the control module determines that the calculated time value meets the first preset parameter value, the control module drives the voice module to provide a second reminder message. When the control module determines that the calculated time value meets the second preset parameter value, the control module executes a second prompt action; wherein the second prompt action includes: the control module stops the counting action and drives the at least one time information displayed by the display module to change from the counting state to the initial state; the control module drives the voice module to provide a third reminder information; the control module drives one of the specific icons displayed by the display module to change from a non-flashing state to a flashing state; and the control module drives the display module to display a second option icon; wherein the second option icon corresponds to one of the trigger elements.

Preferably, when the trigger element corresponding to one of the specific icons in the flashing state is triggered, the trigger element generates a stop signal; and the control module drives one of the specific icons displayed by the display module to change from the flashing state to a non-flashing state according to the stop signal. When the control module determines that the calculated time value meets the second preset parameter value, the control module drives one of the specific icons displayed by the display module to change from the non-flashing state to the flashing state.

Preferably, when the trigger element corresponding to one of the specific icons in the flashing state is triggered, the trigger element generates a stop signal. The control module drives one of the specific icons displayed by the display module to change from the flashing state to a non-flashing state according to the stop signal, and drives the display module to display an inquiry message. The display module has a plurality of option elements corresponding to the inquiry information. When one of the option elements is touched, one of the option elements generates a first selection signal. The control module drives the display module to stop displaying the inquiry information according to the first selection signal, and drives another specific icon displayed by the display module to change from the non-flashing state to the flashing state. When another option element is touched, another option element generates a second selection signal. The control module drives the display module to stop displaying the inquiry information according to the second selection signal.

Preferably, the first prompt action further includes the control module driving the voice module to provide a beat message. When the trigger element corresponding to one of the specific icons is triggered, the trigger element generates a beat signal; and the control module drives the voice module to stop providing a beat message according to the stop signal. When the trigger element corresponding to one of the specific icons is triggered again, the trigger element generates a stop signal; and the control module drives the voice module to stop providing a beat message according to the stop signal.

The beneficial effect of the present invention is that the electronic device provided by the present invention can read storage media, rescue prompt auxiliary method and system, which can improve the first aid process compliance rate of rescuers through the above technical solutions.

To further understand the features and technical contents of the present invention, please refer to the following detailed description and drawings of the present invention. However, the drawings provided are only for reference and description and are not used to limit the present invention.

Z1, Z2: First aid reminder auxiliary system

1: Display module

10a, 10b, 60a, 60b: trigger element

11: Option components

2: Control module

3: Voice module

4: Body module

50~54: Light-emitting module

A: Request information

A1: Ask about options

T1~T4: Time information

F1~F6: Specific icons

P1: First option icon

P2: Second option icon

Figure 1 is a schematic diagram of the process of the first aid prompt auxiliary method of the first embodiment of the present invention.

Figure 2 is a first functional block diagram of the first aid reminder auxiliary system of the first embodiment of the present invention.

Figure 3 is a schematic diagram of the first structure of the first aid reminder auxiliary system of the first embodiment of the present invention.

Figure 4 is a schematic diagram of the first use state of the first aid reminder auxiliary system of the first embodiment of the present invention.

Figure 5 is a schematic diagram of the second use state of the first aid reminder auxiliary system of the first embodiment of the present invention.

Figure 6 is a schematic diagram of the third use state of the first aid reminder auxiliary system of the first embodiment of the present invention.

Figure 7 is a second functional block diagram of the first aid reminder auxiliary system of the first embodiment of the present invention.

Figure 8 is a second structural schematic diagram of the first-aid prompt auxiliary system of the first embodiment of the present invention.

Figure 9 is a schematic diagram of the use status of the rescue reminder auxiliary system of the second embodiment of the present invention.

The following is a specific embodiment to illustrate the implementation of the "electronic device readable storage medium, rescue reminder auxiliary method and system" disclosed in the present invention. Technical personnel in this field can understand the advantages and effects of the present invention from the content disclosed in this manual. The present invention can be implemented or applied through other different specific embodiments, and the details in this manual can also be modified and changed based on different viewpoints and applications without departing from the concept of the present invention. In addition, the attached drawings of the present invention are only for simple schematic illustrations and are not depicted according to actual sizes. Please note in advance. The following implementation will further explain the relevant technical content of the present invention in detail, but the disclosed content is not used to limit the scope of protection of the present invention.

It should be understood that although the terms "first", "second", "third" and the like may be used in this article to describe various components or signals, these components or signals should not be limited by these terms. These terms are mainly used to distinguish one component from another component, or one signal from another signal. In addition, the term "or" used in this article may include any one or more combinations of the related listed items depending on the actual situation.

[First embodiment]

Please refer to Figures 1 to 8, which are respectively a flowchart of a first aid prompt assistance method of the first embodiment of the present invention, a first functional block diagram of a first aid prompt assistance system, a first structural diagram of the first aid prompt assistance system, a first use state diagram of the first aid prompt assistance system, a second use state diagram of the first aid prompt assistance system, a third use state diagram of the first aid prompt assistance system, a second functional block diagram of the first aid prompt assistance system, and a second structural diagram of the first aid prompt assistance system. As shown in the above figures, the first embodiment of the present invention provides a first aid prompt assistance method, which can be applied to the first aid prompt assistance system Z1 of the present invention; wherein the first aid prompt assistance system Z1 may include a display module 1, a control module 2, and a voice module 3. The first aid prompt auxiliary method of the present invention may include at least the following steps:.

First, a trigger element 10a is triggered to generate a trigger signal (step S100).

For example, as shown in FIGS. 1 to 3 , the rescue reminder auxiliary system Z1 can be an electronic product, such as a mobile phone, a tablet computer or other portable electronic devices. The rescue reminder auxiliary system Z1 can include a display module 1, a control module 2 and a voice module 3; wherein the display module 1 can be a touch screen module, the control module 2 can be a central processing unit or a circuit board with control and processing functions, and the voice module 3 can be an electronic module with voice information playback, but is not limited thereto. The display module 1 can be used to display at least one time information T1, multiple first option icons P1 and multiple specific icons F1~F5; wherein, the display module 1 can display a user interface (not shown in the figure), and the user interface may include at least one time information T1, multiple first option icons P1 and multiple specific icons F1~F5. Among them, the specific icons F1~F5 may include, but are not limited to, heart rhythm, heart, syringe, handshake, and magnifying glass. In addition, the heart rhythm icon may correspond to a reminder to check the heart rate of the injured, the heart icon may correspond to a reminder of electric shock, the syringe icon may correspond to a reminder to give medicine to the injured, the handshake icon may correspond to a reminder to the current user whether to replace another person for first aid, and the magnifying glass may correspond to viewing the historical first aid heart rhythm information stored in the first aid reminder auxiliary system Z1. The display module 1 may have multiple trigger elements 10a, 10b, wherein the trigger elements 10b of one part of the display module 1 correspond to multiple specific icons F1~F5, and the trigger elements 10a of another part of the display module 1 do not correspond to the specific icons F1~F5 (i.e., correspond to the first option icon P1); wherein the trigger elements 10a, 10b may be virtual keys of the display module 1 (i.e., the sensing blocks of the sensing circuit of the touch screen). Therefore, when a user (such as a medical staff, but not limited to this) operates the first aid reminder auxiliary method of the present invention, the first aid reminder auxiliary system Z1 can be operated to open the application stored in the first aid reminder auxiliary system Z1, so that the display module 1 generates a user interface; wherein the user interface displays multiple time information T1~T4, multiple first option icons P1 and multiple specific icons F1~F5. Then, the user can touch one of the first option icons P1 in the user interface displayed by the display module 1; at this time, the trigger element 10a corresponding to the touched first option icon P1 (such as "Start CPR" in Figure 3) will be triggered by the user, and the trigger element 10a (i.e., the display module 1) will generate a trigger signal accordingly.

It is worth mentioning that the first aid reminder auxiliary system Z1 of the present invention may also include a body module 4 and a storage module (not shown in the figure; such as a memory or a hard disk, but not limited to this). It can be used to accommodate a display module 1, a control module 2 and a voice module 3; wherein the body module 4 can be the main body or body of the electronic product.

Next, a control module 2 may execute a first prompt action according to the trigger signal (step S102); wherein the first prompt action may include the following actions: Action (1-1): the control module 2 may execute a counting action to obtain a calculated time value; Action (1-2): the control module 2 may drive at least one time information T1 displayed by the display module 1 to change from an initial state (as shown in FIG. 3, a state where time has not been counted) to a counting state (as shown in FIG. 4 and FIG. 5), and drive a part of the specific icons F1 and F3 displayed by the display module 1 to change from a non-flashing state to a flashing state; and Action (1-3): the control module 2 may drive the voice module 3 to provide a first reminder information.

For example, as shown in FIG. 1, FIG. 2 to FIG. 4, when the trigger element 10a generates a trigger signal, the control module 2 receives the trigger signal, and then executes a first reminder action, and performs multiple reminder actions. Further, the control module 2 can execute a counting action to obtain a calculated time value (such as seconds, minutes or hours, in this embodiment, seconds are used as an example, but not limited thereto); wherein the counting action can be executed by a processor or other electronic components. Furthermore, the control module 2 will drive the time information T1 displayed by the display module 1 to change to the counting state (as shown in FIG. 4 ), and at the same time, it will drive the display module 1 to switch a part of the specific icons F1 and F3 (such as heart rate/check heart rate, syringe/give medicine to the injured) from the non-flashing state to the flashing state to remind the current user. Moreover, the control module 2 will also drive the voice module 3 to play the first reminder information, such as "First aid begins", "Please start chest compression, give oxygen, connect the defibrillator", "Ask the doctor whether to give medicine", etc., to remind the current user, but the first reminder information is not limited to the above examples.

It is worth noting that the above prompt actions can be executed at the same time, or separately and sequentially. In addition, the control module 2, voice module 3 or storage module can store multiple voice messages in advance.

Next, the control module 2 determines whether the calculated time value meets a first preset parameter value or a second preset parameter value (step S104).

For example, as shown in Figures 1, 2 to 4, after the control module 2 executes the first prompt action, the control module 2 will then perform a counting action while determining whether the calculated time value meets the first preset parameter value or the second preset parameter value; at this time, the user can also perform first aid on the injured (such as cardiopulmonary resuscitation, but not limited to this).

Furthermore, during the counting process of the control module 2, when the control module 2 determines that the accumulated calculation time value meets the first preset parameter value, the control module 2 can drive the voice module 3 to provide a second reminder information; for example, as shown in FIG4, when the first preset parameter value is set to 90 seconds, and the control module 2 counts to 90 seconds, the control module 2 will drive the voice module 3 to provide a second reminder information (for example, play a voice message of "30 seconds left to change hands") to remind the user that the current rescue time has exceeded 90 seconds, and there are 30 seconds left to prepare for a change of hands; at this time, the user can continue to perform cardiopulmonary resuscitation on the injured. Next, control module 2 will continue to count and at the same time, determine whether the accumulated calculation time value meets the second preset parameter value.

When the control module 2 determines that the calculated time value meets the second preset parameter value, the control module 2 can execute a second prompt action; wherein the second prompt action may include the following actions: action (2-1): the control module 2 stops the counting action and drives the time information T1 displayed by the display module 1 to change from the counting state to the initial state; action (2-2): the control module 2 drives the voice module 3 to provide a third reminder information; and action (2-3): the control module 2 drives one of the specific icons F4 displayed by the display module 1 to change from a non-flashing state to a flashing state.

For example, as shown in Figures 1 to 5, when the second preset parameter value is set to 120 seconds, and the control module 2 counts to 120 seconds, the control module 2 determines that the accumulated calculated time value meets the second preset parameter value and stops counting. At the same time, the control module 2 drives the time information T1 displayed by the display module 1 to change from the counting state to the initial state; and the control module 2 drives the voice module 3 to provide a third reminder message (for example, playing voice messages such as "pause chest compression", "analyze heart rhythm", and "change hand to chest compression") to remind the user that the current stage of the rescue process has ended, please suspend the rescue action, seek professional advice and evaluate whether to perform other auxiliary rescue actions on the injured. Furthermore, the control module 2 can also drive one of the specific icons F4 (e.g., the handshake icon) displayed by the display module 1 to change from a non-flashing state to a flashing state. At this time, the user can stop the current rescue process according to the above-mentioned voice reminder (i.e., reminder information), and seek the advice of professionals (e.g., doctors) and evaluate whether to perform other auxiliary rescue actions (e.g., give medicine) on the injured; and evaluate whether to exchange with others and let others perform the subsequent rescue process.

Furthermore, the above-mentioned second prompt action may also include: Action (2-4): Control module 2 drives display module 1 to display a second option icon P2. The second option icon P2 may correspond to one of the trigger elements 10a.

For example, as shown in Figures 1, 2 to 5, the control module 2 can also drive the display module 1 to display a second option icon P2 (e.g., "enter the next cycle") during the process of the second prompt action. Among them, one of the trigger elements 10a of the display module 1 can correspond to the second option icon P2. Therefore, when the current user or another user wants to proceed to the next stage of the rescue process, they can press the second option icon P2 to make the trigger element 10a corresponding to the second option icon P2 generate a sensing signal; then, the control module 2 can execute the first prompt action again according to the sensing signal (as described in the above step S102).

Furthermore, after the step of changing a part of the specific icons F1 and F3 displayed by the display module 1 to a flashing state (step S102), the following steps may be included: generating a stop signal by triggering the trigger element 10b corresponding to one of the specific icons F3 in the flashing state (step S1020); and using the control module 2 to drive one of the specific icons F3 displayed by the display module 1 to change from a flashing state to a non-flashing state according to the stop signal (step S1022).

For example, as shown in FIGS. 1 to 5 , after the control module 2 executes the first reminder action, the specific icons F1 and F3 (e.g., the icons of heart rate and syringe) of a part of the display module 1 will switch from a non-flashing state to a flashing state, and the voice module 3 will also play the first reminder information (e.g., "First aid begins", "Please start chest compression, give oxygen, connect the defibrillator", "Ask the doctor whether to give medicine", etc.). At this time, the user can ask the professional (e.g., doctor) whether to provide or inject medicine to the injured according to the reminder of the display module 1; if it is not necessary to provide or inject medicine, the user can touch the specific icon F3, and the trigger element 10b corresponding to the specific icon F3 will generate a stop signal according to the user's touch. Then, the control module 2 drives the specific icon F3 displayed by the display module 1 to change from a flashing state to a non-flashing state according to the stop signal, that is, switching from a reminder state to a closed state.

When the control module 2 determines that the calculated time value meets the second preset parameter value, the control module 2 drives one of the specific icons F3 displayed by the display module 1 to change from a non-flashing state to a flashing state. For example, as shown in FIGS. 1 to 5 , if the specific icon F3 displayed by the display module 1 is in a non-flashing state before the calculated time value meets the second preset parameter value, then when the control module 2 determines that the calculated time value meets the second preset parameter value, the control module 2 drives the specific icon F3 displayed by the display module 1 to change from a non-flashing state to a flashing state, reminding the user again. It is worth noting that if the specific icon F3 is in a flashing state before the calculated time value meets the second preset parameter value, when the control module 2 determines that the calculated time value meets the second preset parameter value, the control module 2 will not drive the display module 1 to change the state of the specific icon F3.

Furthermore, after the step of changing a part of the specific icons F1 and F3 displayed by the display module 1 to a flashing state (step S102), the following steps may be included: generating a stop signal by triggering the trigger element 10b corresponding to one of the specific icons F1 in the flashing state (step S1020); and using the control module 2 to drive one of the specific icons F1 displayed by the display module 1 to change from a flashing state to a non-flashing state according to the stop signal, and drive the display module 1 to display a query information A (step S1024).

For example, as shown in FIGS. 1 to 5 , after the control module 2 executes the first prompt action, a portion of the specific icons F1 and F3 (such as the icons of heart rate and syringe) of the display module 1 will switch from a non-flashing state to a flashing state. At this time, the user can touch the specific icon F1, and the trigger element 10b corresponding to the specific icon F1 will generate a stop signal according to the user's touch. Then, the control module 2 drives the specific icon F1 displayed by the display module 1 to change from a flashing state to a non-flashing state according to the stop signal, that is, to switch from a reminder state to a closed state; at the same time, the control module 2 will drive the display module 1 to display inquiry information A, such as prompting the user whether to perform an electric shock. At this time, the user can make his own judgment or ask a professional whether to give the injured person an electric shock.

The display module 1 has a plurality of option elements 11 corresponding to the inquiry information A; the option element 11 may be a virtual button of the display module 1 (i.e., a sensing block of a sensing circuit of a touch screen). When one of the option elements 11 of the display module 1 is touched, one of the option elements 11 generates a first selection signal, and the control module 2 drives the display module 1 to stop displaying the inquiry information A according to the first selection signal, and drives another specific icon F2 displayed by the display module 1 to change from a non-flashing state to a flashing state. For example, as shown in FIGS. 1 to 6 , the inquiry information A may include multiple inquiry options A1 (e.g., “yes” and “no”), and multiple option elements 11 correspond to the multiple inquiry options A1. Therefore, when the user wants to perform an electric shock on the patient, the user may touch one of the inquiry options A1, and the option element 11 corresponding to the inquiry option A1 will generate a first selection signal according to the user's touch. Then, the control module 2 will drive the display module 1 to close the inquiry information A according to the first selection signal, and drive the specific icon F2 to change from a non-flashing state to a flashing state. It is worth mentioning that if the user wants to turn off the flashing state of the specific icon F2, touching the specific icon F2 will switch the specific icon F2 to a non-flashing state.

Among them, when another option element 11 of the display module 1 is touched, the other option element 11 generates a second selection signal, and the control module 2 drives the display module 1 to stop displaying the inquiry information A according to the second selection signal. For example, in conjunction with Figures 1 to 6, when the user does not temporarily perform an electric shock on the injured, the user can touch another inquiry option A1, and the option element 11 corresponding to the inquiry option A1 will generate a second selection signal according to the user's touch. Then, the control module 2 will drive the display module 1 to close the inquiry information A according to the second selection signal.

Thus, the first aid reminder auxiliary method of the present invention can display the time limit of the current first aid procedure for reference by the user or medical staff in the first aid procedure through the above technical solution, and when the first aid reminder auxiliary system Z1 counts to a predetermined number of seconds, the specific icon of a part of the display module 1 changes to a flashing state, and the voice module 3 plays a reminder message to remind the user or medical staff whether the current first aid procedure requires one or some first aid steps, thereby improving the first aid process compliance rate of the rescuer.

In addition, according to the above content, the present invention further provides an electronic device readable storage medium storing an application for executing the above-mentioned first aid prompt auxiliary method. For example, the electronic device readable storage medium (such as a hard disk, a floppy disk, a memory, etc.) of the present invention can store the above-mentioned application. When the first aid prompt auxiliary system Z1 or the electronic device loads the application in the electronic device readable storage medium and starts the application, the above-mentioned first aid prompt auxiliary method can be executed.

Furthermore, according to the above content, the present invention further provides a rescue reminder auxiliary system Z1, which includes a display module 1, a control module 2 and a voice module 3. The display module 1 displays at least one time information T1, multiple first option icons P1 and multiple specific icons F1~F5, and the display module 1 has multiple trigger elements 10a, 10b, and the multiple trigger elements 10a, 10b correspond to the multiple first option icons P1 and the multiple specific icons F1~F5. The control module 2 is connected to the display module 1. The voice module 3 is connected to the control module 2. When the trigger element 10a corresponding to one of the first option icons P1 is triggered, the trigger element 10a generates a trigger signal, and the control module 2 performs a first prompt action according to the trigger signal, wherein the first prompt action includes: the control module 2 performs a counting action to obtain a calculated time value; the control module 2 drives at least one time information T1 displayed by the display module 1 to change from an initial state to a counting state, and a part of the specific icons F1 and F3 to change from a non-flashing state to a flashing state; and the control module 2 drives the voice module 3 to provide a first reminder message. When the control module 2 determines that the calculated time value meets the first preset parameter value, the control module 2 drives the voice module 3 to provide a second reminder message. When the control module 2 determines that the calculated time value meets the second preset parameter value, the control module 2 executes a second prompt action; wherein the second prompt action includes: the control module 2 stops the counting action and drives at least one time information T1 displayed by the display module 1 to change from the counting state to the initial state; the control module 2 drives the voice module 3 to provide a third reminder information; the control module 2 drives one of the specific icons F4 displayed by the display module 1 to change from a non-flashing state to a flashing state; and the control module 2 drives the display module 1 to display a second option icon P2; wherein the second option icon P2 corresponds to one of the trigger elements 10a.

In addition, it is worth noting that the first aid reminder auxiliary method of the present invention can also be applied to a first aid reminder auxiliary system Z2; wherein, the first aid reminder auxiliary system Z2 can be an electronic device with physical buttons and light-emitting elements. As shown in Figures 7 and 8, the first aid reminder auxiliary system Z2 can include a display module 1, a control module 2, a voice module 3, a body module 4, a plurality of light-emitting modules 50-54, and a plurality of triggering elements 60a, 60b. The display module 1 can be a general display, which is arranged on the body module 4. The control module 2 and the voice module 3 may be the same as the control module 2 and the voice module 3 of the aforementioned first aid reminder auxiliary system Z1; the control module 2 is located inside the body module 4, and the control module 2 is connected to the display module 1, multiple light modules 50~54 and multiple trigger elements 60a, 60b. The voice module 3 is located inside the body module 4 and is connected to the control module 2. The body module 4 is a shell structure. The multiple light modules 50~54 may be light elements, and the multiple light modules 50~54 may be arranged on the body module 4 and adjacent to the display module 1. The multiple trigger elements 60a, 60b may be physical buttons, and the multiple trigger elements 60a, 60b are arranged on the body module 4. Among them, multiple light-emitting modules 50~54 can also be integrated with multiple triggering elements 60a, 60b into one element, such as a transparent button with light-emitting function and capable of displaying patterns.

Specifically, when the first aid reminder auxiliary method is applied to the first aid reminder auxiliary system Z2, its operation method is roughly the same as the operation method of the aforementioned first aid reminder auxiliary system Z1, and the only difference is that the first aid reminder auxiliary system Z2 triggers the control module 2 to perform control or calculation behavior by pressing or touching the trigger elements 60a, 60b, and drives at least one light-emitting module 50~54 to generate a light beam and emit light, so as to achieve the effect of reminding the user. That is to say, the first aid reminder auxiliary system Z2 of the present invention can not only display the time limit of the current first aid procedure for the reference of the user or medical staff during the first aid procedure, but also, when the first aid reminder auxiliary system Z2 counts to a predetermined number of seconds, it can also use at least one light-emitting module 50~54 to generate a light beam to remind the user or medical staff whether the current first aid procedure requires one or some first aid steps, thereby improving the first aid procedure compliance rate of the rescuer.

However, the above example is only one possible implementation example and is not intended to limit the present invention.

[Second embodiment]

Please refer to Figure 9, which is a schematic diagram of the use status of the first aid prompt auxiliary system of the second embodiment of the present invention, and please refer to Figures 1 to 8 together. As shown in the figure, the first aid prompt auxiliary method and the first aid prompt auxiliary system Z1 of this embodiment are roughly similar to the first aid prompt auxiliary method and the first aid prompt auxiliary system Z1 of the above embodiment, so the setting or action of the same components will not be repeated here. The difference between this embodiment and the above first embodiment is that in this embodiment, the first prompt action may also include: the control module 2 drives the voice module 3 to provide a beat message.

For example, as shown in FIG9 , when the control module 2 performs the first prompt action, the control module 2 can also drive the voice module 3 to play a beat message (such as a beat sound) to assist the user in accurately pressing the frequency of the injury.

When the trigger element 10b corresponding to one of the specific icons F6 is triggered, the trigger element 10b generates a stop signal; and the control module 2 drives the voice module 3 to stop providing the beat information according to the stop signal. For example, as shown in FIG9 , when the voice module 3 plays the beat information, if the user wants the voice module 3 to stop playing the beat information, the user can press the specific icon F6; at this time, the trigger element 10b corresponding to the specific icon F6 will generate a stop signal according to the user's triggering. Then, the control module 2 can drive the voice module 3 to stop playing the beat information according to the stop signal.

When the trigger element 10b corresponding to one of the specific icons F6 is triggered again, the trigger element 10b generates a beat signal; and the control module 2 drives the voice module 3 to provide the beat message again according to the beat signal. For example, as shown in FIG9, when the function of the voice module 3 to play the beat message is turned off, if the user or other users want the voice module 3 to play the beat message, they can press the specific icon F6 again; at this time, the trigger element 10b corresponding to the specific icon F6 will generate the beat message according to the trigger of the user or other users. Then, the control module 2 can drive the voice module 3 to play the beat message again according to the beat message.

However, the above example is only one possible implementation example and is not intended to limit the present invention.

[Beneficial effects of the embodiment]

One of the beneficial effects of the present invention is that the rescue reminder auxiliary method provided by the present invention can be implemented by "performing a first reminder action according to a trigger signal by a control module 2, wherein the first reminder action includes: the control module 2 performs a counting action to obtain a calculated time value; the control module 2 drives at least one time information T1 displayed by a display module 1 to change from an initial state to a counting state, and drives a part of the specific icons F1 and F3 displayed by the display module 1 to change from a non-flashing state to a flashing state, or drives a plurality of light-emitting modules to generate light beams; and the control module 2 drives a voice module 3 to provide a first reminder information; and the control module 2 determines whether the calculated time value meets a first preset parameter value or a second preset parameter value. When the control module 2 determines that the calculated time value meets the first preset parameter value, the control module 2 drives the voice module 3 to provide a second reminder information; when the control module 2 determines that the calculated time value meets the second preset parameter value, the control module 2 performs a second reminder action; the second reminder action includes: the control module 2 stops the counting action and drives at least one time information displayed by the display module 1 to change from the counting state to the initial state; the control module 2 drives the voice module 3 to provide a third reminder information; and the control module 2 drives one of the specific icons F4 displayed by the display module 1 to change from a non-flashing state to a flashing state, or drives another light-emitting module to generate a light beam. "Technical solution to improve the first aid process compliance rate of rescuers.

Another beneficial effect of the present invention is that the electronic device provided by the present invention can read the storage medium, which can improve the first aid process compliance rate of rescuers through the technical solution of "storing a program for executing the above-mentioned rescue reminder auxiliary method".

Another beneficial effect of the present invention is that the first aid reminder auxiliary system Z1 provided by the present invention can display at least one time information T1, multiple first option icons P1 and multiple specific icons F1~F5 through "display module 1, display module 1 has multiple trigger elements 10a, 10b, multiple trigger elements 10a, 10b correspond to multiple first option icons P1 and multiple specific icons F1~F5. Control module 2 is connected to display module 1. Voice module 3 is connected to Control module 2. When the trigger element 10a corresponding to one of the first option icons P1 is triggered, the trigger element 10a generates a trigger signal, and the control module 2 performs a first prompt action according to the trigger signal, wherein the first prompt action includes: the control module 2 performs a counting action to obtain a calculated time value; the control module 2 drives at least one time information T1 displayed by the display module 1 to change from an initial state to a counting state, and a part of the specific icon F1 , F3 changes from a non-flashing state to a flashing state; and the control module 2 drives the voice module 3 to provide a first reminder message. When the control module 2 determines that the calculated time value meets the first preset parameter value, the control module 2 drives the voice module 3 to provide a second reminder message. When the control module 2 determines that the calculated time value meets the second preset parameter value, the control module 2 executes a second reminder action; wherein the second reminder action includes: the control module 2 stops the counting action and drives the display module 3 to stop counting. At least one time information displayed by group 1 changes from a counting state to an initial state; control module 2 drives voice module 3 to provide a third reminder information; control module 2 drives one of the specific icons F4 displayed by display module 1 to change from a non-flashing state to a flashing state; and control module 2 drives display module 1 to display a second option icon P2; wherein the second option icon P2 corresponds to one of the triggering elements 10a" to improve the first aid process compliance rate of rescuers.

Furthermore, the electronic device of the present invention can read storage media, the rescue reminder auxiliary method and the system thereof can use the above-mentioned technical solution to display the time limit of the current first aid procedure for reference by the user or medical staff in the first aid procedure, and when the rescue reminder auxiliary system Z1, Z2 counts to a predetermined number of seconds, a specific icon of a part of the display module 1 changes to a flashing state or a plurality of light modules 50~54 generate light beams, emit light, and the voice module 3 plays reminder information to remind the user or medical staff whether the current first aid procedure requires one or some first aid steps, thereby improving the first aid process compliance rate of the rescuer.

The above disclosed contents are only the preferred feasible embodiments of the present invention, and do not limit the scope of the patent application of the present invention. Therefore, all equivalent technical changes made by using the contents of the description and drawings of the present invention are included in the scope of the patent application of the present invention.

Since the representative diagram is a process diagram, it is simply explained without symbols.

Claims (10)

A method for assisting a first aid reminder includes the following steps: a triggering element is triggered to generate a trigger signal; a control module is used to execute a first reminder action according to the trigger signal; wherein the first reminder action includes: the control module executes a counting action to obtain a calculated time value; the control module drives at least one time information displayed by a display module to change from an initial state to a counting state, and drives a part of a plurality of specific icons displayed by the display module to change from a non-flashing state to a flashing state, or drives a plurality of light-emitting modules to generate light beams; and the control module drives a voice module to provide a first reminder information; and the control module determines whether the calculated time value meets a first preset parameter. value or a second preset parameter value; wherein, when the control module determines that the calculated time value meets the first preset parameter value, the control module drives the voice module to provide a second reminder information; wherein, when the control module determines that the calculated time value meets the second preset parameter value, the control module executes a second reminder action; wherein, the second reminder action includes: the control module stops the counting action, and drives the at least one time information displayed by the display module to change from the counting state to the initial state; the control module drives the voice module to provide a third reminder information; and the control module drives one of the specific icons displayed by the display module to change from a non-flashing state to a flashing state, or drives another light-emitting module to generate a light beam. As described in claim 1, the second prompting action further includes the control module driving the display module to display a second option icon; Wherein, the second option icon corresponds to one of the triggering elements. The method for assisting rescue reminders as described in claim 1, wherein, after the step of changing a part of the specific icons displayed by the display module to the flashing state, the method further includes the following steps: generating a stop signal by triggering the trigger element corresponding to one of the specific icons in the flashing state; and using the control module to drive one of the specific icons displayed by the display module from the flashing state to a non-flashing state according to the stop signal; wherein, when the control module determines that the calculated time value meets the second preset parameter value, the control module drives one of the specific icons displayed by the display module from the non-flashing state to the flashing state. The method for assisting first aid reminder as described in claim 1, wherein, after the step of changing a portion of the specific icons displayed by the display module to the flashing state, the method further includes the following steps: generating a stop signal by triggering the trigger element corresponding to one of the specific icons in the flashing state; and using the control module to drive one of the specific icons displayed by the display module to change from the flashing state to a non-flashing state according to the stop signal, and driving the display module to display an inquiry message; wherein, when the display module When one of the option elements of the group is touched, one of the option elements generates a first selection signal, and the control module drives the display module to stop displaying the inquiry information according to the first selection signal, and drives another specific icon displayed by the display module to change from the non-flashing state to the flashing state; wherein, when another of the option elements of the display module is touched, another of the option elements generates a second selection signal, and the control module drives the display module to stop displaying the inquiry information according to the second selection signal. The first aid prompt auxiliary method as described in claim 1, wherein the first prompt action further includes the control module driving the voice module to provide a beat message; wherein, when the trigger element corresponding to one of the specific icons is triggered, the trigger element generates a stop signal; and, the control module drives the voice module to stop providing the beat message according to the stop signal; wherein, when the trigger element corresponding to one of the specific icons is triggered again, the trigger element generates a beat signal; and, the control module drives the voice module to provide the beat message again according to the beat signal. An electronic device can read a storage medium, storing a program for executing a rescue prompt auxiliary method, the rescue prompt auxiliary method comprising the following steps: a trigger element is triggered to generate a trigger signal; a control module executes a first prompt action according to the trigger signal; wherein the first prompt action includes: the control module executes a counting action to obtain a calculated time value; The control module drives at least one time information displayed by a display module to change from an initial state to a counting state, and drives a part of a plurality of specific icons displayed by the display module to change from a non-flashing state to a flashing state, or drives a plurality of light-emitting modules to generate light beams; and the control module drives a voice module to provide a first reminder information; the control module determines the counting state. whether the calculated time value meets a first preset parameter value or a second preset parameter value; wherein, when the control module determines that the calculated time value meets the first preset parameter value, the control module drives the voice module to provide a second reminder information; wherein, when the control module determines that the calculated time value meets the second preset parameter value, the control module executes a second reminder action; wherein, the second reminder action includes: The control module stops the counting action and drives the at least one time information displayed by the display module to change from the counting state to the initial state; the control module drives the voice module to provide a third reminder information; and the control module drives one of the specific icons displayed by the display module to change from a non-flashing state to a flashing state, or drives another light-emitting module to generate a light beam. A rescue prompt auxiliary system includes: a display module, which displays at least one time information, a plurality of first option icons and a plurality of specific icons, and the display module has a plurality of trigger elements, and the plurality of trigger elements correspond to the plurality of first option icons and the plurality of specific icons; a control module, which is connected to the display module; and a voice module, which is connected to the control module; wherein, when the first option icon corresponds to the first option icon, the first option icon is triggered. When the trigger element is triggered, the trigger element generates a trigger signal, and the control module executes a first prompt action according to the trigger signal; wherein the first prompt action includes: the control module executes a counting action to obtain a calculated time value; the control module drives the at least one time information displayed by the display module to change from an initial state to a counting state, and a part of the specific icon changes from a non-flashing state to a flashing state; state; and the control module drives the voice module to provide a first reminder message; wherein, when the control module determines that the calculation time value meets a first preset parameter value, the control module drives the voice module to provide a second reminder message; wherein, when the control module determines that the calculation time value meets a second preset parameter value, the control module executes a second reminder action; wherein, the second reminder action includes: The control module stops the counting actuation, and driving the at least one time information displayed by the display module to change from the counting state to the initial state; the control module driving the voice module to provide a third reminder information; the control module driving one of the specific icons displayed by the display module to change from a non-flashing state to a flashing state; and the control module driving the display module to display a second option icon; wherein the second option icon corresponds to one of the triggering elements. The rescue reminder auxiliary system as described in claim 7, wherein when the trigger element corresponding to one of the specific icons in the flashing state is triggered, the trigger element generates a stop signal; and the control module drives one of the specific icons displayed by the display module to change from the flashing state to a non-flashing state according to the stop signal; wherein, when the control module determines that the calculated time value meets the second preset parameter value, the control module drives one of the specific icons displayed by the display module to change from the non-flashing state to the flashing state. A rescue reminder auxiliary system as described in claim 7, wherein, when the trigger element corresponding to one of the specific icons in the flashing state is triggered, the trigger element generates a stop signal; wherein, the control module drives one of the specific icons displayed by the display module to change from the flashing state to a non-flashing state according to the stop signal, and drives the display module to display an inquiry information; wherein, the display module has a plurality of option elements corresponding to the inquiry information, and when one of the option elements is When one of the option elements is touched, one of the option elements generates a first selection signal, and the control module drives the display module to stop displaying the inquiry information according to the first selection signal, and drives another specific icon displayed by the display module to change from the non-flashing state to the flashing state; wherein, when another of the option elements is touched, another of the option elements generates a second selection signal, and the control module drives the display module to stop displaying the inquiry information according to the second selection signal. The first aid prompt auxiliary system as described in claim 7, wherein the first prompt action further includes the control module driving the voice module to provide a beat message; wherein, when the trigger element corresponding to one of the specific icons is triggered, the trigger element generates a stop signal; and, the control module drives the voice module to stop providing the beat message according to the stop signal; wherein, when the trigger element corresponding to one of the specific icons is triggered again, the trigger element generates a beat signal; and, the control module drives the voice module to provide the beat message again according to the beat signal.

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