TWI636436B - Emergency notification system using smart shoes - Google Patents

Abstract

The invention relates to an emergency alarm system for using smart shoes, and the smart shoe has a signal generating unit for generating an emergency signal in an emergency situation, so that the smart shoe wearer can effectively and quickly take measures in an emergency or a critical situation. Emergency alert system for smart shoes. According to the present invention, a smart shoe that generates emergency information in the event of a critical situation or an emergency; a control server that receives an emergency from a smart shoe; and an emergency signal received by the control server to track and judge wisdom A smart machine for inspection that instantly confirms the position information and user information of the smart shoes by the manager's software that can confirm the information of the smart shoes (users).

Description

Emergency alert system using smart shoes

The present invention relates to an emergency alarm system using a smart shoe, and a smart shoe has a signal generating unit that generates an emergency signal in an emergency, so that the smart shoe wearer can effectively and quickly take measures in an emergency or a critical situation. Emergency alert system for shoes.

Technical background of the invention

With the development of technology, the crimes in society have become more and more serious. Especially for vulnerable groups such as children, adolescents, women and the elderly, crimes occur frequently, but the state's countermeasures against such crimes are not effective.

At the same time, with the rapid increase of one-person families, various countermeasures against emergency situations cannot be realized quickly. For example, when a person suddenly has a sudden illness or an unexpected accident occurs on a rare road, it is difficult to move to the surrounding area in reality. People ask for help.

In order to prevent the occurrence of crimes in the above-mentioned circumstances, there are also a variety of personal security products for children, women, the elderly, etc., which are protective body props for protecting themselves, anti-theft and when being sexually abused. Products included in the surrounding personnel or nearby police patrols that send emergency information.

In addition, there are also smart machines that protect the elderly living alone and notify them by practicing their children in an emergency.

However, such products are basically connected to a smart machine and are manufactured in the form of a necklace or handle of considerable weight and volume, which is very inconvenient to wear as a user. Not only that, but for the elderly, it takes a long time to know how to use smart machines, and there are problems that cannot be used normally due to unfamiliar use.

In particular, most personal security products are easily exposed to the perpetrators and are immediately excluded by the perpetrators, making it difficult to consistently issue an emergency, limiting access to location.

In addition, the general GPS position tracking is within 10-50m outdoors, and the accuracy is relatively high. At the same time, such as indoor and underground buildings, it is difficult to track the position.

Therefore, there is a need for technology development that can quickly track locations in an emergency situation.

The present invention has been conceived to solve the above problems, and includes a signal generating unit inside the smart shoe, and the driver of the smart shoe is transmitted to the control server in an emergency and a critical situation by driving the emergency button, and is provided by the smart shoe. The GPS instantly determines the position of the wearer of the smart shoe and communicates it to the police officer, 119 or security guard near the wearer of the smart shoe, thereby quickly taking emergency measures for the emergency situation using smart shoes.

Moreover, a Bluetooth module is placed on both sides of the smart shoe. If the threshold value exceeds the distance set by each shoe, the emergency signal can be transmitted to the control server, and the temperature sensor and the pressure sensor are provided to determine Whether the smart shoe wearer is wearing, so it can be advanced in advance Anti-kidnapping and emergency alert systems that utilize smart shoes for the purpose of missing or missing smart shoes.

In addition, with the wifi module and the road sign module, when entering the wifi and road sign area, it will synchronize with the GPS satellite and the base station module, and will generate the location information, and obtain the location information of the GPS satellite and the base station than the benchmark. More sophisticated information using the emergency alert system for smart shoes.

The problem to be solved by the present invention is not limited to the above-mentioned problems, and other problems to be solved which are not mentioned above are explained by the following texts, and are more clearly understood by those having ordinary knowledge in the field to which the present invention pertains.

In order to achieve the above object, an emergency alarm system using a smart shoe according to the present invention includes a smart shoe that generates emergency information in the event of a critical situation or an emergency; and a control server that receives the emergency situation generated from the smart shoe; And tracking the emergency signal received by the control server to determine the position of the smart shoe, and having a software for the manager who can confirm the information of the smart shoe (user), and the location information of the smart shoe and A smart machine for inspections that is instantly confirmed by user information.

The smart shoe, the signal generating unit that generates the emergency signal by driving the signal generating button, and the communication unit that transmits the emergency signal generated by the signal generating unit, in order to instantly confirm the position and generate the first position information When the GPS unit and the threshold value set beyond the distance of each shoe are transmitted, the signal of the signal generating unit is transmitted and transmitted to the Bluetooth unit of the control server.

Here, the first location information is generated by connecting to the GPS satellite, and generating the outdoor outdoor location information of the smart shoe and transmitting the information to the control server.

Here, the smart shoe is a temperature sensor that determines whether to wear the smart shoe by measuring the internal temperature, and a load sensor that measures the load on the insole to confirm whether the smart shoe is worn, and the wifi signal transmitted from the wifi is used as The wifi module that generates the second location information based on the base station and the landmark module that generates the third location information based on the landmark signal transmitted by the landmark area are included.

Here, the second location information is that the wifi signal transmitted from the majority of the wifi centers registered by the control server is transmitted to the wifi module, and the location information of the smart shoes is generated according to the perception of the wifi signal and transmitted to the above. Controlling the server, the third location information is a majority of the road signs registered by the control server, and if the smart shoes enters the arranged road sign domain, the location information in the road sign domain is instantly generated and transmitted to the control servo. To provide accurate location information for smart shoes.

Further, the control server is configured to store general information of the smart shoes transmitted from the smart shoes, position information and a communication unit for receiving the emergency signal, and save data for storing the general information of the smart shoes received by the communication unit. And a position tracking unit that tracks the position of the smart shoe based on the emergency signal transmitted by the smart shoe, and a GPS map output unit that includes the surrounding map information by indicating the instantaneous position of the smart shoe by the position tracking unit. .

Further, the software is provided on at least one smart device used by the smart device for inspection and the wearer of the smart shoe, and can log in and track the general information of the smart shoe, and the smart device is used for the inspection. In the event of an emergency, immediate action can be taken.

According to the present invention configured as described above, the signal generating unit including the inside of the smart shoe transmits the emergency situation and the critical situation of the smart shoe wearer to the control server through the driving of the emergency button, and transmits the GPS of the smart shoe. The position of the wearer of the smart shoe is instantly judged and sent to the nearby police, 119 or security guard in time to quickly take action.

Moreover, a Bluetooth module is placed on both sides of the smart shoe. If the threshold value exceeds the distance set by each shoe, the emergency signal can be transmitted to the control server, and the temperature sensor and the pressure sensor are provided to determine Whether the wearer of the smart shoe is wearing, so the effect of the emergency alert system using the smart shoe for kidnapping and the loss of missing or smart shoes can be prevented in advance.

In addition, with the wifi module and the road sign module, when entering the wifi and road sign area, it will synchronize with the GPS satellite and the base station module, and will generate the location information, and obtain the location information of the GPS satellite and the base station than the benchmark. More sophisticated information using the emergency alert system for smart shoes.

10‧‧‧Emergency signals

20‧‧‧First location information

30‧‧‧Second location information

40‧‧‧ Third Location Information

100‧‧‧Wisdom shoes

110‧‧‧Signal Generation Department

120‧‧‧First Communications Department

130‧‧‧GPS Department

140‧‧‧Bluetooth Department

150‧‧‧temperature sensor

160‧‧‧pressure sensor

170‧‧‧wifi module

180‧‧‧Road module

200‧‧‧Control server

210‧‧‧Second Ministry of Communications

220‧‧‧Data Storage Department

230‧‧‧Location Tracking Department

240‧‧‧GPS map output department

300‧‧‧Smart machine for inspection

510~S50‧‧‧

Fig. 1 is a conceptual diagram of an emergency alert system using smart shoes according to an embodiment of the present invention.

Fig. 2 is a schematic view showing the operation of the smart shoe according to an embodiment of the present invention.

Fig. 3 is a schematic view showing a smart shoe according to an embodiment of the present invention.

Figure 4 is a block diagram showing the construction and operation of a control server in accordance with an embodiment of the present invention.

Fig. 5 is a flow chart illustrating an operation method of an emergency alert system using smart shoes according to an embodiment of the present invention.

As described above, the problems to be solved by the present invention, the solutions to the problems, the specific matters including the effects of the invention are included in the following embodiments and drawings, the advantages and features of the present invention, and the methods for achieving the same The description will be made in conjunction with the drawings, and reference can be made to the embodiments described below.

An emergency alert system utilizing the smart shoe 100 according to the present invention includes a smart shoe 100 that generates an emergency signal 10 when a critical situation occurs, and a control server 200 that receives emergency information 10 generated by the smart shoe 100, and will control The emergency signal 10 received by the server 200 tracks and determines the position of the smart shoe 100, and can provide the manager software for confirming the information of the smart shoe 100, thereby confirming the position information of the smart shoe 100 and the wisdom of the inspection of the user information. Type machine 300.

Reference is made to the following drawings and to illustrate preferred embodiments of the invention.

Fig. 1 is a conceptual diagram of an emergency alert system using a smart shoe 100 according to the present invention.

As shown in Fig. 1, the emergency alarm system using the smart shoe 100 is composed of a smart shoe 100, a control server 200, and a smart device 300 for inspection using a software for the manager.

In more detail, the user of the smart shoe 100 transmits basic information such as name, gender, birthday, address and photo to the control server 200 through at least one machine connected to the smart shoe 100, and the control server 200 will Receive information from the user of the smart shoe 100 and save it. In addition, the smart shoe 100 user generates an emergency signal 10 in the event of an emergency, transmits it to the control server 200, and tracks the received emergency signal 10 to determine the location of the smart shoe 100 user. At this time, the determined location information and basic information of the smart shoe 100 user, The patrol smart device 300, which is closest to the smart shoe 100 user, is quickly dispatched to the smart shoe 100 user to issue the emergency signal 10 and take emergency measures. system.

Here, the smart device 300 of the smart shoe 100 user connected to the smart shoe 100 and the smart device 300 for monitoring the smart phone 100 are used by a smart phone, a computer, a smart watch, and a personal information terminal (Personal Digital). At least one of Assistant, PDA), Google Glass, and a personal computer is used as a smart machine.

In addition, in order to be able to take measures in time while the emergency signal 10 is recognized, the smart machine 300 for inspection is preferably held by an organization closely associated with the smart shoe 100 user, such as the police, 119, and security guards.

Fig. 2 is a diagram showing the operational characteristics of the smart shoe 100 according to an embodiment of the present invention.

Referring to Fig. 2, the smart shoe 100 is composed of a signal generating unit 110, a first communication unit 120, a GPS unit 130, and a Bluetooth unit 140.

In detail, the signal generating unit 110 generates the emergency signal 10 by the driving of the signal generating button, and transmits the emergency signal 10 generated from the signal generating unit 110 to the control server 200 for the user of the smart shoe 100. The first communication unit 120 for transmitting basic information and location information, and the GPS unit 130 for generating the first position information 20 for instantly tracking the position of the user of the smart shoe 100, and the shoes and shoes provided by each of the smart shoes 100 When the threshold value is exceeded, the signal is transmitted to the signal generating unit 110, and the Bluetooth unit 140 that transmits the emergency signal 10 by the control server 200 is included.

The transmission structure has the following operational characteristics.

The emergency signal 10 is generated from the signal generating unit 110 by the driving of the signal generating button, and the emergency signal 10 is transmitted to the control server 200 through the first communication unit 120. After receiving the emergency signal 10 from the control server 200, in the control server 200, the GPS unit 130 included in the GPS module built into the smart shoe 100 generates the first location information 20, and can immediately track the location information. In this manner, the control server 200 transmits the smart device 300 that is closest to the smart shoe 100 in time, so that the holder of the smart device 300 can quickly dispatch to the emergency signal 10 issued by the user of the smart shoe 100. Therefore, take emergency measures.

In addition, when the other user of the smart shoe 100 is dropped due to kidnapping and abduction, the Bluetooth module included in the Bluetooth unit 140 can automatically send the emergency signal 10 to the control servo even if the signal generation button is not driven. The device 200 is used to quickly take corresponding measures.

That is, the threshold value set in the Bluetooth module in advance, the threshold value of one of the smart shoes 100 and the other exceeding the set distance will form the above-mentioned process, at which time the threshold value is at least specified to be 10 meters to It is composed of up to 50 meters.

Fig. 3 is a diagram showing a smart shoe 100 according to an embodiment of the present invention.

As shown in FIG. 3, the smart shoe 100 is comprised of a temperature sensor 150, a pressure sensor 160, a wifi module 170, and a road sign module 180.

In detail, the smart shoe 100 confirms whether the temperature sensor 150 of the smart shoe 100 is worn by measuring the internal temperature, and measures the load on the insole to confirm whether the pressure sensor 160 of the smart shoe 100 is worn, and is transmitted from the wifi. The wifi module 170 that generates the second location information 30 based on the wifi signal and the landmark module 180 that generates the third location information 40 based on the landmark signal transmitted by the landmark area are included.

Here, the temperature sensor 150 and the pressure sensor 160 can be connected to the Bluetooth module. When the other one of the smart shoes 100 is detached, for example, when the user of the smart shoe 100 is kidnapped or abducted, The temperature sensor 150 and the pressure sensor 160 inside the smart shoe 100 are measured. If the temperature and pressure are different, the emergency signal 10 is automatically transmitted to the control. The server 200 is made, but if the smart shoe 100 user wears both shoes, the Bluetooth module will naturally not start.

In addition, the temperature sensor 150, and the pressure sensor 160 are preferably disposed at a central portion of the inner insole, but are not required, and may be disposed at other different positions for manufacturing and functional convenience.

In addition, the first location information 20 generated by the GPS unit 130 is connected to the GPS satellite, and displays the outdoor outdoor location information of the smart shoe 100. The outdoor location information of the smart shoe 100 is similar to the accuracy of the car navigation.

The second location information 30 generated by the wifi module 170 is that the wifi signal transmitted by the majority of the wifi centers registered by the control server 200 is transmitted to the wifi module 170, and the location information of the smart shoes 100 is generated according to the perception of the wifi signal. It is transmitted to the control server 200 and tracks the position of the smart shoe 100.

In addition, the third location information 40 is a majority of the road signs registered by the control server 200. If the smart shoes 100 enters the arranged road sign domain, the location information in the landmark area is instantly generated and transmitted to the control server 200, thereby Provide accurate location information of the smart shoe 100.

In addition, the smart shoe 100 of the present invention can realize real-time position tracking through the GPS satellite, the wifi module 170 and the road sign module 180, and has more accurate position tracking effect than the commonly used GPS position tracking technology. The situation signal 10 is communicated to the control server 200 to know the details of the user's position of the smart shoe 100, so that measures can be taken more quickly to ensure that the life safety and property safety of the smart shoe 100 user are protected.

Fig. 4 is a diagram showing the configuration and operational characteristics of the control server 200 according to an embodiment of the present invention.

Referring to Fig. 4, the control server 200 includes a second communication unit 210, a data storage unit 220, a position tracking unit 230, and a GPS map output unit 240.

In detail, the user built in the smart device of the smart shoe 100 user receives the basic information and the emergency signal 10 transmitted by the user of the smart shoe 100, and transmits the basic information and location information of the user of the smart shoe 100. The second communication unit 210 of the smart device 300 for inspection and the basic information of the user of the smart shoe 100 received by the second communication unit 210 are saved and transmitted in the emergency signal 10 to automatically send the signal to provide user information. The data storage unit 220 and the position tracking unit 230 for tracking the position information generated by the GPS unit 130, the wifi module 170 and the landmark module 180 built in the smart shoe 100, and the surrounding position for indicating the smart shoe 100 and including the periphery The GPS map output unit 240 of the map information is configured.

Here, the GPS map output unit 240 determines the instantaneous position of the user of the smart shoe 100 through the position tracking unit 230, and includes surrounding map information in which the user of the smart shoe 100 is located, and provides a map that can be enlarged or reduced, and the smart shoe is provided. The map of 100 users is maximized, and a detailed road name can be provided, thereby making it easier to find the location of the smart shoe 100 user.

Figure 5 is a flow chart of an emergency alert system operating method utilizing smart shoe 100, in accordance with an embodiment of the present invention.

Referring to Fig. 5, the emergency alert system using the smart shoe 100 is divided into five stages.

In detail, the smart shoe 100 user sets at least one smart machine user software connected to the smart shoe 100, and saves and transmits the personal information of the smart shoe 100 user to the first stage S10 of the control server 200, and In the event of an emergency or an emergency, the emergency signal 10 is transmitted to the control server 200 of the emergency server 10 through the signal generation button for driving the smart shoe 100, and the control server 200 for receiving the emergency signal 10 is provided through the smart shoe 100. GPS unit 130 position tracking to determine the location information of the smart shoe 100 user The three-stage S30 and the basic information of the smart shoe 100 user position information and registration determined to be transmitted to the smart device 100 of the smart shoe 100 are four-stage S40, and the smart machine for inspection 300 is based on the received information and is dispatched to the user position of the smart shoe 100 and processes the 5-stage S50 of the scene.

The present invention is driven through the stage, and the emergency alert system of the smart shoe 100 is utilized, and measures are taken quickly to ensure the safety of the life of the smart shoe 100 user.

As described above, those skilled in the art to which the present invention pertains will be able to be embodied in other forms without departing from the spirit and scope of the invention.

Therefore, through the above examples, it should be understood as being non-limiting in various aspects. The scope of the invention will be apparent from the following description of the invention, and the scope of the invention, and the scope of the invention, and the scope of the invention.

Claims (7)

An emergency alarm system using smart shoes, comprising: a smart shoe that generates an emergency signal in the event of a critical situation or an emergency; a control server received from the emergency signal generated by the smart shoe; the control The emergency signal received by the server tracks and determines the location of the smart shoe, and has a manager software for confirming the information of the smart shoe, and instantly confirms a location information of the smart shoe and a user information. a smart machine for patrolling; and a threshold value set beyond the distance of each shoe, the signal of the signal generating portion is transmitted and sent to a Bluetooth portion of the control server, wherein the threshold value is 10 meters to 50 Meter. The emergency alarm system of claim 1, further comprising a signal generating unit that generates the emergency signal by driving the signal generating button, and the emergency signal generated from the signal generating unit A communication unit that communicates a GPS unit that generates a first position information in order to instantly confirm the position. The emergency alert system of claim 2, wherein the first location information is that an instant outdoor location information of the smart shoe is generated and transmitted to the control server by connecting with a GPS satellite. The emergency alert system of claim 2, wherein the smart shoe is a temperature sensor that determines whether to wear the smart shoe by measuring an internal temperature, and measures a load on an insole to confirm whether the smart wear is worn. a pressure sensor of the shoe, and a wifi module that generates a second location information based on a wifi signal transmitted by wifi, and generates a third location information based on a road sign signal transmitted by a road sign area. A road sign module. Such as the emergency alert system described in claim 4, wherein the second The information is transmitted from the majority of the wifi centers registered by the control server to the wifi module, and the location information of the smart shoes is generated according to the perception of the wifi signal and transmitted to the control server. The third location information is that the majority of the road signs registered by the control server, if the smart shoes enters the arranged road sign area, the location information in the road sign field is instantly generated and transmitted to the control server. Thereby providing an accurate location information of the smart shoe. The emergency alert system of claim 1, wherein the control server is a communication unit and a storage unit for receiving general information, location information, and the emergency signal transmitted from the smart shoe. a data storage unit of the smart shoe general information received by the communication unit, and a position tracking unit that tracks the position of the smart shoe based on the emergency signal transmitted by the smart shoe, and the position tracking unit A GPS map output that contains the surrounding map information of the smart shoe. The emergency alert system of claim 1, wherein the administrator software is capable of logging in and tracking the smart device with at least one smart machine used by the smart device for the inspection and the wearer of the smart shoe. General information on shoes, through the inspection of intelligent machines, in the event of an emergency, timely measures can be taken.