CN109949541B

CN109949541B - Intelligent trip early warning system

Info

Publication number: CN109949541B
Application number: CN201910266791.5A
Authority: CN
Inventors: 王本勋; 吴国良; 陈壮壮
Original assignee: Xinyi Xiyi High Tech Material Industry Technology Research Institute Co Ltd
Current assignee: Xuzhou Xinkuan Technology Co ltd
Priority date: 2019-04-03
Filing date: 2019-04-03
Publication date: 2020-12-11
Anticipated expiration: 2039-04-03
Also published as: CN109949541A

Abstract

The invention belongs to the technical field of trip early warning systems, and particularly relates to an intelligent trip early warning system which comprises a connecting module, a sensing module, an analyzing module and a reminding module, wherein the connecting module is used for connecting the connecting module with the sensing module; the connection module comprises a host unit and a feedback unit; the sensing module comprises a bright screen sensing unit and a displacement sensing unit; the displacement sensing unit comprises an infrared sensing assembly and an obstacle sensing assembly; the analysis module comprises a safety analysis unit; the safety analysis unit comprises an environment analysis component and a road condition analysis component; the reminding module comprises an information notification unit and a danger early warning unit; the mobile phone monitoring system analyzes that the mobile phone is on screen for a long time when a user walks through the analysis module, the analysis result is that the user looks at the mobile phone for a long time during walking, the analysis result is sent to the reminding module, and the reminding module informs the user not to look at the mobile phone during walking through the information informing unit, so that the personal safety of the user is ensured.

Description

Intelligent trip early warning system

Technical Field

The invention belongs to the technical field of trip early warning systems, and particularly relates to an intelligent trip early warning system.

Background

The mobile phone is an indispensable part of people at present, people rely on the mobile phone beyond imagination, the mobile phone is controlled by the mobile phone, a user lowers the head on a road, walks, eats, sits in a car, lies in a bed and the like, the mobile phone is played all the time, the radiation of the mobile phone has influence on colleagues who make calls, in particular to people who play the mobile phone all the time, the playing method not only causes many unsafe factors, but also has serious injury to the body of the people, although the mobile phone cannot be seen at any moment, the injury is huge and cannot be radically cured, and the habits can be slowly changed only if the people realize the severity. Caring oneself and giving up the 'head-lowering' like stopping smoking.

When the mobile phone is played, the brain of an oncoming vehicle cannot be noticed at the same time, so that the accident occurrence probability is increased, and a study finds that the accident that more than 1500 emergency inpatients have traffic accidents is related to the mobile phone playing by walking, and the falling injury and pit falling are not strange. At present, the safety consciousness of people is improved by strengthening legislation on one hand and propaganda education on the other hand aiming at human factors, but the influence of the human factors on traffic accidents cannot be fundamentally avoided.

Disclosure of Invention

In order to make up for the defects of the prior art, the invention provides an intelligent travel early warning system. The invention is mainly used for avoiding the condition that the pedestrian is easy to have danger when playing a mobile phone in the walking process, and meanwhile, the invention detects the movement of the user and avoids the danger caused by excessive movement.

The technical scheme adopted by the invention for solving the technical problems is as follows: the invention discloses an intelligent travel early warning system which comprises a connecting module, a sensing module, an analyzing module and a reminding module, wherein the connecting module is used for connecting the sensing module with the analyzing module; the connecting module is used for establishing connection between the induction device of the sole and the mobile terminal and comprises a host unit and a feedback unit; the host unit is used for establishing contact between the mobile terminal of the user and the sensing device of the sole; the feedback unit is used for feeding back the data sensed by the sole sensing device to the mobile terminal; the sensing module comprises a bright screen sensing unit and a displacement sensing unit; the bright screen sensing unit is used for sensing the bright screen condition of the mobile terminal of the user and sending the bright screen condition to the analysis module; the displacement sensing unit is used for sensing the movement condition of a user by the sensing device of the sole and comprises an infrared sensing assembly and an obstacle sensing assembly; the infrared sensing assembly is used for sensing objects in front of a user and sending object information to the obstacle sensing assembly and the analysis module; the obstacle sensing assembly is used for sensing whether the object belongs to an obstacle or not after receiving the object information sent by the infrared sensing assembly and sending the obstacle information to the analysis module; the analysis module is used for analyzing the received bright screen condition and the received movement condition and sending an analysis result to the reminding module, and the analysis module comprises a safety analysis unit; the safety analysis unit is used for analyzing the safety of the surrounding environment of the user after receiving the screen-on condition and the moving condition, and comprises an environment analysis component and a road condition analysis component; the environment analysis component is used for analyzing the surrounding environment of the user and sending the analysis data to the reminding module; the road condition analysis component is used for analyzing the road condition of the road where the user walks and sending the analysis data to the reminding module; the reminding module is used for reminding a user after receiving the analysis data and comprises an information notification unit and a danger early warning unit; the information notification unit is used for reminding a user in an information prompt mode; the danger early warning unit is used for reminding a user in an alarm mode; when a user walks, a mobile terminal of the user establishes a connection with a sensing device of a sole through a host unit, the sensing device of the sole senses the mobile data of the user and then feeds the data back to the mobile terminal, the bright screen sensing unit senses the bright screen condition of the mobile terminal of the user and sends the bright screen condition to an analysis module, if the analysis module analyzes that the mobile phone is bright for a long time in the walking process of the user, the analysis result is that the user can see the mobile phone for a long time in the walking process, and the analysis result is sent to a reminding module, and the reminding module informs the user of not seeing the mobile phone in the walking process through an information informing unit, so that the personal safety of the user is ensured; the sensing device of the sole senses the moving condition of a user through the displacement sensing unit, the infrared sensing assembly senses an object in front of the user and sends object information to the obstacle sensing assembly and the analysis module, after the obstacle sensing assembly receives the object information sent by the infrared sensing assembly, whether the object belongs to an obstacle is sensed, the obstacle information is sent to the analysis module, the safety analysis unit in the analysis module analyzes the surrounding environment of the user after receiving the moving condition, the environment analysis assembly is used for analyzing the surrounding environment of the user, whether dangerous objects or abnormal events occur in the surrounding environment of the user is analyzed, analyzed dangerous object or abnormal event data are sent to the reminding module, the road condition analysis assembly is combined to analyze the road condition of the walking user, and the road condition on the walking road of the user is analyzed, if the number of traffic lights and vehicles and the road maintenance condition exist, the analyzed road condition data are sent to the reminding module, and the danger early warning unit of the reminding module sends out emergency early warning, so that the safety of a user is further improved.

Preferably, the host unit further comprises an uploading component, a display component and a local area network; the display assembly is used for displaying the traffic marks in the local area network on the mobile terminal and feeding the traffic marks in the local area network back to the infrared induction assembly of the sole through the feedback unit; the uploading component is used for uploading the moving condition of the user to the local area network and the safety analysis unit, and is also used for sending the building information in the local area network to the displacement sensing unit; the displacement sensing unit further comprises a receiving unit; after the receiving unit receives the building information sent by the uploading assembly, the infrared sensing assembly is enabled to sense the building information in advance, and sensing data are sent to the analysis module; the analysis module sends an analysis result to the reminding module; the method comprises the steps that when a user walks, a display assembly of a host unit displays traffic signs in a local area network, so that the user knows the traffic signs of a road ahead in advance and makes corresponding behaviors, accidents are avoided, the traveling safety of the user is improved, meanwhile, the traffic signs are fed back to an infrared sensing assembly of a sole, the traffic signs encountered by the user during movement are sensed through the infrared sensing assembly, sensed data are uploaded to a safety analysis unit for safety analysis, and if the analysis result shows that the user travels according to the traffic signs in a standard mode, the use is reminded through a reminding module, so that the traveling safety of the user is protected; meanwhile, the non-standard behaviors of the user are uploaded into the local area network through the uploading component, so that other people pay attention to the non-standard behaviors of the user, and further avoid danger in an early stage; and the uploading component is also used for sending the building information in the local area network to the displacement sensing unit, when the user arrives at a certain position, the infrared sensing component senses the building information at the position and sends the sensing data to the analysis module, the analysis module sends the analysis result of the building to the reminding module, and the reminding module reminds the user of the building information, so that the user can go out conveniently, and the life quality of the user is improved.

Preferably, the connection module further comprises an auxiliary unit; the auxiliary unit is used for acquiring the action condition of the host user by the auxiliary user after establishing contact with the host unit, and comprises a monitoring component and a positioning component; the monitoring component is used for detecting the activity condition of a host user and sending the activity condition to the analysis module; the analysis module sends the analysis data to the reminding module; the reminding module informs the auxiliary machine user through an information informing unit; the positioning assembly is used for the auxiliary machine user to position the main machine user in real time; the host unit further comprises a sharing component; the sharing component is used for establishing connection between the auxiliary unit and the main unit; by adding the auxiliary unit and establishing the connection between the auxiliary unit and the host unit, the auxiliary user can acquire the action condition of the host user, namely when parents need to pay attention to the trip condition of the child, the positioning component of the auxiliary unit determines the position of the child, the monitoring component checks the trip activity condition of the child, and when the activity condition sent by the monitoring component to the analysis module is judged to be dangerous, the reminding module reminds the parents in an information notification manner, so that the parents can take measures, the child can be quickly found according to the positioning component, and the danger of the child is avoided; and things which are happened by the child are shared to the auxiliary unit in the hands of the parent through the sharing component, so that the parent can know the traveling condition of the child at any time, and the emotion between the child and the parent is improved.

Preferably, the sensing module further comprises a pressure sensing unit; the pressure sensing unit is used for sensing the treading pressure of a user on the shoe in the action process and comprises a multipoint sensing assembly; the multipoint sensing assembly is used for sensing multipoint stress on the shoe and sending sensing data to the analysis module; the analysis module further comprises a pressure analysis unit; the pressure analysis unit is used for analyzing the sensing data sent by the multipoint sensing assembly and sending the analyzed pressure data to the auxiliary unit through the sharing assembly, and comprises an analysis modeling assembly and an analysis pre-estimation assembly; the analysis modeling component is used for establishing a model for the acting point of the pressure so that a host user and an auxiliary user can observe the acting point of the host user when walking; the analysis and prediction component is used for analyzing and predicting the model established by the analysis and modeling component and supplying the prediction result to a user for reference; when a child walks, the multi-point sensing assembly of the pressure sensing unit senses the treading pressure of the child on shoes in the action process and sends pressure data to the analysis module, the pressure analysis unit of the analysis module analyzes the sensing data sent by the multi-point sensing assembly, if the walking process of the child is analyzed, the multi-point stress assembly of the sole senses uneven stress for a long time and sends the analyzed uneven pressure data to the auxiliary unit through the sharing assembly, parents are informed of paying attention to the walking posture of the child, and the parents can standardize the walking posture of the child, so that the growth of the child is facilitated; the analysis modeling component of the pressure analysis unit is used for modeling and displaying the contact points between the feet and the shoes of the children, so that parents can observe the walking tendency of the children more visually, the parents can conveniently make different correction strategies according to different conditions, the children can correct incorrect walking postures, meanwhile, the analysis estimation component is used for analyzing and estimating the model established by the analysis modeling component, the results which will be developed in the future can not be corrected in time and are supplied to the children and the parents for viewing, the children can actively cooperate with the correction of the parents, the parents can also be more attentive to promote the improvement, and the improvement effect of the walking postures of the children is effectively improved.

Preferably, the pressure sensing unit further comprises an abnormality sensing component; the abnormal sensing assembly is used for sensing an abnormal state generated in the walking process of a user and sending sensing data to the analysis module; the safety analysis unit further comprises a heartbeat analysis component and a respiration analysis component; the heartbeat analysis component analyzes the heartbeat of the user and sends the analyzed heartbeat frequency data to the reminding module; the breath analysis component is used for analyzing the breath of the user and sending the analyzed breath frequency data to the reminding module; the reminding module also comprises a road guiding unit; the reminding module reminds a user of going to treatment after receiving the heartbeat data and the respiration data, and points out a nearest hospital and clinic through the road guiding unit; when the user is when walking in-process shank is injured, unusual response subassembly in the forced induction unit senses the unusual pressure that the user walked and produced, and send the unusual pressure data that sense to analysis module, analysis module's heartbeat analysis subassembly and respiration analysis subassembly carry out the analysis to user's breathing and heartbeat, if heartbeat and respiratory frequency this moment accelerate, send analysis data to reminding the module, remind the user to go forward the treatment by reminding the module, and point out nearest hospital and clinic by the road guide unit who reminds the module, convenient to use person goes forward in time.

Preferably, the analysis module further comprises a displacement analysis unit; the displacement analysis unit is used for analyzing the displacement state of a user and comprises a path analysis component and a motion analysis component; the path analysis component is used for analyzing and calculating the path traveled by the user and sending the analyzed path distance and the analyzed movement time length to the movement analysis component; after receiving the analysis data, the motion analysis component analyzes the amount of motion of the user and sends a motion analysis result to the reminding module; an information notification unit in the reminding module informs a user of the exercise amount condition, and the nearest rest point navigation is supplemented for the user through a road guiding unit; carry out the analysis through displacement analysis unit to user's displacement state, carry out analysis by the distance analysis subassembly to user's the distance of walking and calculate, then send to the motion analysis subassembly with the length of the distance of user walking and length of movement, analyze the user's amount of exercise by the motion analysis subassembly again, after the too much easy damage of user's amount of exercise is gone out in the analysis, send the motion analysis result to reminding the module, the information notification unit in the reminding module informs user's the amount of exercise condition, and by road guide unit for the nearest rest point benefit consumption of user navigation, it takes place danger to avoid user's excessive motion.

The invention has the following beneficial effects:

1. when a user walks, the mobile terminal of the user establishes a connection with the sensing device of the sole through the host unit, the sensing device of the sole senses the mobile data of the user and then feeds the data back to the mobile terminal, the bright screen sensing unit senses the bright screen condition of the mobile terminal of the user and sends the bright screen condition to the analysis module, if the analysis module analyzes that the mobile phone is bright for a long time in the walking process of the user, the analysis result is that the user watches the mobile phone for a long time in the walking process, and the analysis result is sent to the reminding module, and the reminding module informs the user to not watch the mobile phone in the walking process through the information informing unit, so that the personal safety of the user is ensured.

2. The invention discloses a sole induction device which induces the moving condition of a user through a displacement induction unit, an infrared induction component induces an object appearing in front of the user and sends the object information to an obstacle induction component and an analysis module, when the obstacle induction component receives the object information sent by the infrared induction component, the infrared induction component induces whether the object belongs to an obstacle or not and sends the obstacle information to the analysis module, a safety analysis unit in the analysis module analyzes the surrounding environment of the user after receiving the moving condition, the environment analysis component is utilized to analyze the surrounding environment of the user and analyze whether dangerous objects or abnormal events occur in the surrounding environment of the user, the analyzed dangerous objects or abnormal event data are sent to a reminding module, and then the road condition analysis component is combined to analyze the road condition obtained by the walking of the user, the road condition on the road surface where the user walks is analyzed, whether traffic lights and vehicles exist or not and the road surface maintenance condition exist are analyzed, the analyzed road condition data are sent to the reminding module, the danger early warning unit of the reminding module sends out emergency early warning, and the safety of the user is further improved.

Drawings

FIG. 1 is a block diagram of the overall structure of the present invention;

Detailed Description

An intelligent travel warning system according to an embodiment of the present invention will be described below with reference to fig. 1.

As shown in fig. 1, an intelligent travel early warning system includes a connection module, a sensing module, an analysis module and a reminding module; the connecting module is used for establishing connection between the induction device of the sole and the mobile terminal and comprises a host unit and a feedback unit; the host unit is used for establishing contact between the mobile terminal of the user and the sensing device of the sole; the feedback unit is used for feeding back the data sensed by the sole sensing device to the mobile terminal; the sensing module comprises a bright screen sensing unit and a displacement sensing unit; the bright screen sensing unit is used for sensing the bright screen condition of the mobile terminal of the user and sending the bright screen condition to the analysis module; the displacement sensing unit is used for sensing the movement condition of a user by the sensing device of the sole and comprises an infrared sensing assembly and an obstacle sensing assembly; the infrared sensing assembly is used for sensing objects in front of a user and sending object information to the obstacle sensing assembly and the analysis module; the obstacle sensing assembly is used for sensing whether the object belongs to an obstacle or not after receiving the object information sent by the infrared sensing assembly and sending the obstacle information to the analysis module; the analysis module is used for analyzing the received bright screen condition and the received movement condition and sending an analysis result to the reminding module, and the analysis module comprises a safety analysis unit; the safety analysis unit is used for analyzing the safety of the surrounding environment of the user after receiving the screen-on condition and the moving condition, and comprises an environment analysis component and a road condition analysis component; the environment analysis component is used for analyzing the surrounding environment of the user and sending the analysis data to the reminding module; the road condition analysis component is used for analyzing the road condition of the road where the user walks and sending the analysis data to the reminding module; the reminding module is used for reminding a user after receiving the analysis data and comprises an information notification unit and a danger early warning unit; the information notification unit is used for reminding a user in an information prompt mode; the danger early warning unit is used for reminding a user in an alarm mode; when a user walks, a mobile terminal of the user establishes a connection with a sensing device of a sole through a host unit, the sensing device of the sole senses the mobile data of the user and then feeds the data back to the mobile terminal, the bright screen sensing unit senses the bright screen condition of the mobile terminal of the user and sends the bright screen condition to an analysis module, if the analysis module analyzes that the mobile phone is bright for a long time in the walking process of the user, the analysis result is that the user can see the mobile phone for a long time in the walking process, and the analysis result is sent to a reminding module, and the reminding module informs the user of not seeing the mobile phone in the walking process through an information informing unit, so that the personal safety of the user is ensured; the sensing device of the sole senses the moving condition of a user through the displacement sensing unit, the infrared sensing assembly senses an object in front of the user and sends object information to the obstacle sensing assembly and the analysis module, after the obstacle sensing assembly receives the object information sent by the infrared sensing assembly, whether the object belongs to an obstacle is sensed, the obstacle information is sent to the analysis module, the safety analysis unit in the analysis module analyzes the surrounding environment of the user after receiving the moving condition, the environment analysis assembly is used for analyzing the surrounding environment of the user, whether dangerous objects or abnormal events occur in the surrounding environment of the user is analyzed, analyzed dangerous object or abnormal event data are sent to the reminding module, the road condition analysis assembly is combined to analyze the road condition of the walking user, and the road condition on the walking road of the user is analyzed, if the number of traffic lights and vehicles and the road maintenance condition exist, the analyzed road condition data are sent to the reminding module, and the danger early warning unit of the reminding module sends out emergency early warning, so that the safety of a user is further improved.

As shown in fig. 1, the host unit further includes an upload component, a display component, and a local area network; the display assembly is used for displaying the traffic marks in the local area network on the mobile terminal and feeding the traffic marks in the local area network back to the infrared induction assembly of the sole through the feedback unit; the uploading component is used for uploading the moving condition of the user to the local area network and the safety analysis unit, and is also used for sending the building information in the local area network to the displacement sensing unit; the displacement sensing unit further comprises a receiving unit; after the receiving unit receives the building information sent by the uploading assembly, the infrared sensing assembly is enabled to sense the building information in advance, and sensing data are sent to the analysis module; the analysis module sends an analysis result to the reminding module; the method comprises the steps that when a user walks, a display assembly of a host unit displays traffic signs in a local area network, so that the user knows the traffic signs of a road ahead in advance and makes corresponding behaviors, accidents are avoided, the traveling safety of the user is improved, meanwhile, the traffic signs are fed back to an infrared sensing assembly of a sole, the traffic signs encountered by the user during movement are sensed through the infrared sensing assembly, sensed data are uploaded to a safety analysis unit for safety analysis, and if the analysis result shows that the user travels according to the traffic signs in a standard mode, the use is reminded through a reminding module, so that the traveling safety of the user is protected; meanwhile, the non-standard behaviors of the user are uploaded into the local area network through the uploading component, so that other people pay attention to the non-standard behaviors of the user, and further avoid danger in an early stage; and the uploading component is also used for sending the building information in the local area network to the displacement sensing unit, when the user arrives at a certain position, the infrared sensing component senses the building information at the position and sends the sensing data to the analysis module, the analysis module sends the analysis result of the building to the reminding module, and the reminding module reminds the user of the building information, so that the user can go out conveniently, and the life quality of the user is improved.

As shown in fig. 1, the connection module further includes an auxiliary unit; the auxiliary unit is used for acquiring the action condition of the host user by the auxiliary user after establishing contact with the host unit, and comprises a monitoring component and a positioning component; the monitoring component is used for detecting the activity condition of a host user and sending the activity condition to the analysis module; the analysis module sends the analysis data to the reminding module; the reminding module informs the auxiliary machine user through an information informing unit; the positioning assembly is used for the auxiliary machine user to position the main machine user in real time; the host unit further comprises a sharing component; the sharing component is used for establishing connection between the auxiliary unit and the main unit; by adding the auxiliary unit and establishing the connection between the auxiliary unit and the host unit, the auxiliary user can acquire the action condition of the host user, namely when parents need to pay attention to the trip condition of the child, the positioning component of the auxiliary unit determines the position of the child, the monitoring component checks the trip activity condition of the child, and when the activity condition sent by the monitoring component to the analysis module is judged to be dangerous, the reminding module reminds the parents in an information notification manner, so that the parents can take measures, the child can be quickly found according to the positioning component, and the danger of the child is avoided; and things which are happened by the child are shared to the auxiliary unit in the hands of the parent through the sharing component, so that the parent can know the traveling condition of the child at any time, and the emotion between the child and the parent is improved.

As shown in fig. 1, the sensing module further includes a pressure sensing unit; the pressure sensing unit is used for sensing the treading pressure of a user on the shoe in the action process and comprises a multipoint sensing assembly; the multipoint sensing assembly is used for sensing multipoint stress on the shoe and sending sensing data to the analysis module; the analysis module further comprises a pressure analysis unit; the pressure analysis unit is used for analyzing the sensing data sent by the multipoint sensing assembly and sending the analyzed pressure data to the auxiliary unit through the sharing assembly, and comprises an analysis modeling assembly and an analysis pre-estimation assembly; the analysis modeling component is used for establishing a model for the acting point of the pressure so that a host user and an auxiliary user can observe the acting point of the host user when walking; the analysis and prediction component is used for analyzing and predicting the model established by the analysis and modeling component and supplying the prediction result to a user for reference; when a child walks, the multi-point sensing assembly of the pressure sensing unit senses the treading pressure of the child on shoes in the action process and sends pressure data to the analysis module, the pressure analysis unit of the analysis module analyzes the sensing data sent by the multi-point sensing assembly, if the walking process of the child is analyzed, the multi-point stress assembly of the sole senses uneven stress for a long time and sends the analyzed uneven pressure data to the auxiliary unit through the sharing assembly, parents are informed of paying attention to the walking posture of the child, and the parents can standardize the walking posture of the child, so that the growth of the child is facilitated; the analysis modeling component of the pressure analysis unit is used for modeling and displaying the contact points between the feet and the shoes of the children, so that parents can observe the walking tendency of the children more visually, the parents can conveniently make different correction strategies according to different conditions, the children can correct incorrect walking postures, meanwhile, the analysis estimation component is used for analyzing and estimating the model established by the analysis modeling component, the results which will be developed in the future can not be corrected in time and are supplied to the children and the parents for viewing, the children can actively cooperate with the correction of the parents, the parents can also be more attentive to promote the improvement, and the improvement effect of the walking postures of the children is effectively improved.

As shown in fig. 1, the pressure sensing unit further includes an abnormality sensing assembly; the abnormal sensing assembly is used for sensing an abnormal state generated in the walking process of a user and sending sensing data to the analysis module; the safety analysis unit further comprises a heartbeat analysis component and a respiration analysis component; the heartbeat analysis component analyzes the heartbeat of the user and sends the analyzed heartbeat frequency data to the reminding module; the breath analysis component is used for analyzing the breath of the user and sending the analyzed breath frequency data to the reminding module; the reminding module also comprises a road guiding unit; the reminding module reminds a user of going to treatment after receiving the heartbeat data and the respiration data, and points out a nearest hospital and clinic through the road guiding unit; when the user is when walking in-process shank is injured, unusual response subassembly in the forced induction unit senses the unusual pressure that the user walked and produced, and send the unusual pressure data that sense to analysis module, analysis module's heartbeat analysis subassembly and respiration analysis subassembly carry out the analysis to user's breathing and heartbeat, if heartbeat and respiratory frequency this moment accelerate, send analysis data to reminding the module, remind the user to go forward the treatment by reminding the module, and point out nearest hospital and clinic by the road guide unit who reminds the module, convenient to use person goes forward in time.

As shown in fig. 1, the analysis module further includes a displacement analysis unit; the displacement analysis unit is used for analyzing the displacement state of a user and comprises a path analysis component and a motion analysis component; the path analysis component is used for analyzing and calculating the path traveled by the user and sending the analyzed path distance and the analyzed movement time length to the movement analysis component; after receiving the analysis data, the motion analysis component analyzes the amount of motion of the user and sends a motion analysis result to the reminding module; an information notification unit in the reminding module informs a user of the exercise amount condition, and the nearest rest point navigation is supplemented for the user through a road guiding unit; carry out the analysis through displacement analysis unit to user's displacement state, carry out analysis by the distance analysis subassembly to user's the distance of walking and calculate, then send to the motion analysis subassembly with the length of the distance of user walking and length of movement, analyze the user's amount of exercise by the motion analysis subassembly again, after the too much easy damage of user's amount of exercise is gone out in the analysis, send the motion analysis result to reminding the module, the information notification unit in the reminding module informs user's the amount of exercise condition, and by road guide unit for the nearest rest point benefit consumption of user navigation, it takes place danger to avoid user's excessive motion.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes performed by the present specification and drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.

Claims

1. The utility model provides an intelligence trip early warning system which characterized in that: the device comprises a connecting module, a sensing module, an analyzing module and a reminding module; the connecting module is used for establishing connection between the induction device of the sole and the mobile terminal and comprises a host unit and a feedback unit; the host unit is used for establishing contact between the mobile terminal of the user and the sensing device of the sole; the feedback unit is used for feeding back the data sensed by the sole sensing device to the mobile terminal; the sensing module comprises a bright screen sensing unit and a displacement sensing unit; the bright screen sensing unit is used for sensing the bright screen condition of the mobile terminal of the user and sending the bright screen condition to the analysis module; the displacement sensing unit is used for sensing the movement condition of a user by the sensing device of the sole and comprises an infrared sensing assembly and an obstacle sensing assembly; the infrared sensing assembly is used for sensing objects in front of a user and sending object information to the obstacle sensing assembly and the analysis module; the obstacle sensing assembly is used for sensing whether the object belongs to an obstacle or not after receiving the object information sent by the infrared sensing assembly and sending the obstacle information to the analysis module; the analysis module is used for analyzing the received bright screen condition and the received movement condition and sending an analysis result to the reminding module, and the analysis module comprises a safety analysis unit; the safety analysis unit is used for analyzing the safety of the surrounding environment of the user after receiving the screen-on condition and the moving condition, and comprises an environment analysis component and a road condition analysis component; the environment analysis component is used for analyzing the surrounding environment of the user and sending the analysis data to the reminding module; the road condition analysis component is used for analyzing the road condition of the road where the user walks and sending the analysis data to the reminding module; the reminding module is used for reminding a user after receiving the analysis data and comprises an information notification unit and a danger early warning unit; the information notification unit is used for reminding a user in an information prompt mode; the danger early warning unit is used for reminding a user in an alarm mode;

the host unit also comprises an uploading component, a display component and a local area network; the display assembly is used for displaying the traffic marks in the local area network on the mobile terminal and feeding the traffic marks in the local area network back to the infrared induction assembly of the sole through the feedback unit; the uploading component is used for uploading the moving condition of the user to the local area network and the safety analysis unit, and is also used for sending the building information in the local area network to the displacement sensing unit; the displacement sensing unit further comprises a receiving unit; after the receiving unit receives the building information sent by the uploading assembly, the infrared sensing assembly is enabled to sense the building information in advance, and sensing data are sent to the analysis module; the analysis module sends an analysis result to the reminding module;

the connecting module further comprises an auxiliary unit; the auxiliary unit is used for acquiring the action condition of the host user by the auxiliary user after establishing contact with the host unit, and comprises a monitoring component and a positioning component; the monitoring component is used for detecting the activity condition of a host user and sending the activity condition to the analysis module; the analysis module sends the analysis data to the reminding module; the reminding module informs the auxiliary machine user through an information informing unit; the positioning assembly is used for the auxiliary machine user to position the main machine user in real time; the host unit further comprises a sharing component; the sharing component is used for establishing connection between the auxiliary unit and the main unit;

the sensing module further comprises a pressure sensing unit; the pressure sensing unit is used for sensing the treading pressure of a user on the shoe in the action process and comprises a multipoint sensing assembly; the multipoint sensing assembly is used for sensing multipoint stress on the shoe and sending sensing data to the analysis module; the analysis module further comprises a pressure analysis unit; the pressure analysis unit is used for analyzing the sensing data sent by the multipoint sensing assembly and sending the analyzed pressure data to the auxiliary unit through the sharing assembly, and comprises an analysis modeling assembly and an analysis pre-estimation assembly; the analysis modeling component is used for establishing a model for the acting point of the pressure so that a host user and an auxiliary user can observe the acting point of the host user when walking; the analysis and prediction component is used for analyzing and predicting the model established by the analysis and modeling component and supplying the prediction result to a user for reference;

the pressure sensing unit further comprises an abnormal sensing component; the abnormal sensing assembly is used for sensing an abnormal state generated in the walking process of a user and sending sensing data to the analysis module; the safety analysis unit further comprises a heartbeat analysis component and a respiration analysis component; the heartbeat analysis component analyzes the heartbeat of the user and sends the analyzed heartbeat frequency data to the reminding module; the breath analysis component is used for analyzing the breath of the user and sending the analyzed breath frequency data to the reminding module; the reminding module also comprises a road guiding unit; the reminding module reminds a user of going to treatment after receiving the heartbeat data and the respiration data, and points out a nearest hospital and clinic through the road guiding unit;

the analysis module further comprises a displacement analysis unit; the displacement analysis unit is used for analyzing the displacement state of a user and comprises a path analysis component and a motion analysis component; the path analysis component is used for analyzing and calculating the path traveled by the user and sending the analyzed path distance and the analyzed movement time length to the movement analysis component; after receiving the analysis data, the motion analysis component analyzes the amount of motion of the user and sends a motion analysis result to the reminding module; an information notification unit in the reminding module informs a user of the exercise amount condition, and the nearest rest point navigation is supplemented for the user through a road guiding unit;

the method comprises the steps that when a user walks, a display assembly of a host unit displays traffic signs in a local area network, so that the user knows the traffic signs of a road ahead in advance and makes corresponding behaviors, accidents are avoided, the traveling safety of the user is improved, meanwhile, the traffic signs are fed back to an infrared sensing assembly of a sole, the traffic signs encountered by the user during movement are sensed through the infrared sensing assembly, sensed data are uploaded to a safety analysis unit for safety analysis, and if the analysis result shows that the user travels according to the traffic signs in a standard mode, the use is reminded through a reminding module, so that the traveling safety of the user is protected; meanwhile, the non-standard behaviors of the user are uploaded into the local area network through the uploading component, so that other people pay attention to the non-standard behaviors of the user, and further avoid danger in an early stage; the uploading component is also used for sending the building information in the local area network to the displacement sensing unit;

by adding the auxiliary unit and establishing the connection between the auxiliary unit and the host unit, the auxiliary user can acquire the action condition of the host user, namely when parents need to pay attention to the trip condition of the child, the positioning component of the auxiliary unit determines the position of the child, the monitoring component checks the trip activity condition of the child, and when the activity condition sent by the monitoring component to the analysis module is judged to be dangerous, the reminding module reminds the parents in an information notification manner, so that the parents can take measures, the child can be quickly found according to the positioning component, and the danger of the child is avoided; and then the sharing component enables the child to share the things which happen to the secondary unit in the parent through the primary unit.