CN112017749A - Intelligent runway system for residential community - Google Patents
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Abstract
The utility model provides a house community wisdom runway system, a management for realizing to the place of sports, the number through in the place of sports is discerned and is divided into groups, according to the initiative grouping to the sportsman, the accuracy of the prediction of the number of the place people in the runway in the predetermined period of time has been improved, simultaneously with the communication mode that monitoring devices adopted principal and subordinate node to concatenate, the sports data of user side is acquireed, according to the standard data of server end storage and the sports data who acquires the user side, carry out real-time or afterwards to user's gesture and remind, reduce the sports injury effectively, the efficiency of sports is improved, increase user's interest to the stadium, and improve the utilization ratio in stadi.
Description
Technical Field
The invention relates to the field of Internet of things, in particular to a smart runway system for residential communities and a using method thereof.
Background
At present, more and more users pay attention to the physical health and maintain the physical health through a fitness management mode and the like. Wherein, the body-building management mode can include: body building and exercise, healthy diet, healthy work and rest and the like. However, not every user has a dedicated fitness management coach to perform fitness management coaching. With the improvement of urbanization facilities, running is more and more popular with the general public as a sport mode with less investment and great effect.
The enlargement of township and the comprehensive body-building sports and the comprehensive application of the sports field in colleges and universities lead more and more people to tend to go to a fixed professional runway for sports. People who pay attention to exercise such as slimming face up, the persistence of the exercise, whether to insist on moving down, and the requirement for good exercise experience in the sport area is higher and higher. More and more runners are concerned about the environment such as the number of people in sports places, the work and life of people are busy at ordinary times, and if the condition of the runway cannot be predicted in advance, the time is wasted due to the number of people on the runway or the maintenance of the runway. The existing runway data identification is individual, does not pay attention to group and dynamic identification, exists in a static process, has low utilization rate to a runway, and is suitable for runners at the same time, but how to realize less sports injury and the like in the running process, so that the requirement for understanding running professional knowledge, including running period, running speed, energy consumption, running physical health condition and the like, is increased; it is necessary to know in more detail whether the running posture of the user is correct, and the incorrect running posture may affect the knee, the heart and lung function, etc., and may not achieve the exercise effect. Among the prior art, the system and the product that company such as millet released are only sending reminding such as rhythm of the heart through bracelet or intelligent wrist-watch etc. and this kind of simple motion parameter is reminded, can not satisfy sporter's needs far away in the past, and the user is looked over repeatedly at the in-process low head that needs such as bracelet simultaneously, is unfavorable for sporter's continuity, breaks up user's respiratory frequency easily. The market urgently needs a system to realize the management of sport places, better match the requirements of users under the condition of reducing sport injuries, improve sport efficiency, increase the interest of the users in sports fields and further improve the utilization rate of the sports fields.
Disclosure of Invention
In order to solve at least one of the above technical problems, the invention provides a smart runway system for residential communities. The system comprises a server, a user identification device, a user state display device and a motion monitoring device, wherein the user identification device, the motion monitoring device and the user state display device are respectively connected with the server;
the user identification device is used for collecting user identification information, and the user identification information comprises the steps of obtaining facial feature data of a user to determine the age and the sex of the user, and obtaining body shape feature data of the user to determine the height, the weight and the sex of the user;
the system comprises a motion monitoring device, a data acquisition device and a data processing device, wherein the motion monitoring device is used for identifying the identity information of a runner to acquire corresponding user identification information and acquiring real-time motion data, and the real-time motion data comprises front body posture data, back body posture data, side body posture data and local body posture data of at least one part, and the speed and time of motion; comparing the motion data of the identified person with standard data stored in a server, and sending corresponding standard posture data to a user state display device;
the user state display device is arranged in an area which can be seen by a user in a normal motion state, and displays the motion state information of the user in the runway area;
the server is used for storing the real-time motion state data and the standard motion data information of the user; and generating a visual exercise plan report for the user according to the requirements of the user terminal.
Further, the user identification device extracts the characteristics of the user according to the real-time motion state data of the user stored in the server to obtain the motion characteristic preference data of the user, wherein the motion characteristic preference data comprises the motion duration and the motion rate of the user, and the user is grouped according to the duration of the user in the adjacent state and the motion state parameters of the adjacent user when the motion monitoring device monitors the non-motion state, so that the grouping information of the user is obtained.
Further, according to the grouping information of the users, when the user side initiates to check the number data of the runway sports, the server obtains the user grouping according to the user identification device and the movement monitoring device, and gives the prediction information of the number of people in the runway when the users arrive at the runway according to the distance between the position of the user side initiating to check and the runway, wherein the number information is displayed according to different time intervals.
Further, the server judges whether a group relationship exists among the users according to the user motion data stored in the history of the users and the duration of the proximity state of the users in the sports field monitored by the motion monitoring device, and divides different users into groups to judge the number of people leaving the runway.
The method further comprises the steps that the server gridds the periphery of the runway, the number of the user sides entering the preset area is obtained, and the number of the users of the runway is predicted by combining historical motion data information and probability distribution information.
Preferably, the user state display device is a large display screen, the information of the users on the runway is displayed on the display screen, and the information of the users is arranged in sequence by using the motion amount; the large screen displays the difference of the motion state of the user through the motion monitoring data so as to send prompt information, and the prompt information is prompted in a voice broadcasting mode or a mode matched with the carrying terminal capability information of the user.
Preferably, the user display of the large screen may be displayed according to a priority of the user terminal, where the priority is based on the user priority stored in the server.
Preferably, when the user identification device performs grouping, at least one user whose motion state matches the preset running behavior feature exists in the running group is determined by using the users whose motion state parameters match the preset running behavior feature, and whether the users are the same group is determined according to the overlap degree of the motion time periods recorded by the users.
Preferably, the exercise end time of the user group takes the longest time of the group users as the end time, and the end user reminds the preset time content and the number of the sportsmen in the runway.
Preferably, the user state display device can display the difference between the user state and a standard matching posture according to the triggering of the user side, and adjust the running posture of the user through the large screen display state, wherein the matching of the standard posture at least comprises the parameters: the active movement joint activity, the track control force and the movement efficiency are determined, and the triggering of the user terminal is determined according to the priority of the user terminal.
According to the scheme, the number of people in the sports field is identified and grouped, the accuracy of predicting the number of people in the field in the runway in a preset time period is improved according to the active grouping of sports personnel, meanwhile, the monitoring device acquires the sports data of the user side in a communication mode of serial connection of a master node and a slave node, and the gesture of the user is reminded in real time or afterwards according to the standard data stored in the server side and the sports data acquired from the user side, so that sports injury is effectively reduced, the sports efficiency is improved, the interest of the user in the sports field is increased, and the utilization rate of the sports field is improved.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without creative efforts.
Fig. 1 is a schematic diagram of an intelligent runway system.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1
As shown in fig. 1, the system for an intelligent runway of an intelligent residential community comprises a server, a user identification device, a user status display device and a motion monitoring device, wherein the motion monitoring device, the user identification device and the user status display device are respectively connected with the server;
the user identification device is used for collecting identification information of a user, the information identified by the user comprises the age and the sex of the user which can be determined by acquiring facial feature data of the user, and the height, the weight and the sex of the user are determined by acquiring body shape feature data of the user.
Obviously, when acquiring personal data, data input by a user can be acquired; or may be communicated to the user equipment device by at least one of the user terminal equipment via a wireless connection; the user identification device may also take image data including the user through a camera and determine personal data of the user based on the image data. After the camera shoots the image data of the user, the age and the sex of the user can be determined by acquiring the facial feature data of the user, and the height, the weight, the sex and the like of the user are determined by acquiring the body shape feature data of the user.
The user identification device can be installed at the entrance of the runway, the identity can be identified by face identification when a user enters the runway, and the resident registers the mobile phone APP linkage with the resident, the owner of the community can enter the runway, and the outsiders can give an alarm. It is obvious that the user end device not only can be a mobile phone but also can be a bracelet, a bracelet and other devices with a GPS positioning function and a display screen, different vibration and rumbling warnings exist on the display screen, and meanwhile, information input can be executed, so that the user end device is used for adjusting, setting and inputting priority signals on the display screen.
The system comprises a motion monitoring device, a data acquisition device and a data processing device, wherein the motion monitoring device is used for identifying identity information of a runner, acquiring corresponding user identification information and acquiring real-time motion data, and the real-time motion data comprises front body posture data, back body posture data, side body posture data and local body posture data of at least one part, and the running speed and time; comparing the motion data of the identified person with standard data stored in a server, and sending corresponding standard posture data to a user display device;
the number of the running can be directly identified by the motion monitoring device, namely the number of people in the runway can be monitored and counted by directly adopting a motion image identification technology, the motion monitoring device can be set in a master-slave node mode, the master node and data for controlling all slave nodes are transmitted to the server by executing data, the number of the people in the runway can be counted, and the data are uploaded to a cloud terminal or the server; the user can check the number of the people on the current runway through the user side, namely the mobile phone client; the motion detection device can also calculate the running time of each owner, and the owners can check the running records of the owners through the user end and customize running plans of the owners;
the motion monitoring device can discern runner identity information, including the body temperature change, the individual posture of running that synthesizes according to the motion data of difference and simulate out, uploads high in the clouds or server, and individual posture of running can compare with standard posture, gives corresponding suggestion, the suggestion can be in real time with the device execution communication of acquiescence mode in the user end, can adopt different warning signal and different postures to remind correspondingly, if it is excessive to bow to continue to song, indirect song is that the rhythm of the heart is too fast, or the swing arm action is not standard etc.. Or when the user has a query requirement, the query can be carried out afterwards or in the process. When the user side needs to inquire, the user side can input the execution signal and display the execution signal on the user state display device in real time, so that the user can correct the action and the state of the user in time when running, and the body building safety of the user is guaranteed.
The motion monitoring device can perform communication with the user terminal according to a plurality of motion detection devices arranged on a master node and a slave node, and simultaneously, the obtained image information corresponds to the registered identification of different user terminals, and the motion detection device can recognize the motion executed by the user terminal according to the standard data information of different motion types stored in the server and control different posture. The master node carries out monitoring scheduling on each slave node, so that the use efficiency of the motion detection device is improved, the motion monitoring device is improved, and more sampling points of different posture data can be obtained.
The motion monitoring device is set to be in a master-slave node transmission mode, the master node and the slave node are connected in series, a Bluetooth transmission protocol is used, data information is transmitted downwards successively through the primary node and the secondary node until the last motion monitoring device receives data, and the data are extracted from transmitted data frames sent down by each node in sequence on respective time periods. The control instructions are also transmitted and controlled one by one, so that the transmission setting between the motion monitoring devices is simplified, and the transmission efficiency of the control instructions is improved.
The user state display device is arranged in an area where the normal motion state of a user can be seen, and displays the information of the user in the motion state required to be displayed in the runway area; the user state display device can be a large display screen, the information of the users of the runway is displayed on the display screen, and the information sequence of the users is arranged by taking the amount of exercise as the sequence. The large screen displays the difference of the motion state of the user through the motion monitoring data and gives a prompt to the user, and the prompt information is matched with a terminal carried by the user in a voice broadcasting mode. The user display of the large screen can be displayed through the priority of the user terminal, and the priority is based on the user priority stored in the server.
The user state display device can display the difference between the user state and a standard matching posture according to the triggering of the user terminal, so that the running posture of the user can be adjusted through the large screen display state, and the matching of the standard posture at least comprises parameters: the active movement joint activity, the track control force and the movement efficiency are determined, and the triggering of the user terminal is determined according to the priority of the user.
The user state display device can also display the grouping information of the user according to the movement monitoring device, wherein the grouping information can be age groups or movement types, and the movement data divided into different groups are displayed. For example, the sports information of the old, the middle-aged, the young and the children can be displayed, and the information of different sports category groups can be displayed, such as running, walking race, walking and the like.
And the server is used for storing the real-time motion state information and the standard motion data information of the user.
The method comprises the steps that user real-time motion state data stored in a server are extracted from the characteristics of users, and motion characteristic preference data of the users are obtained, wherein the motion characteristic preference data comprise the motion duration and the motion rate of the users, and the users are grouped according to the user adjacent state duration and the motion state parameters of the adjacent users when a motion monitoring device monitors a non-motion state.
According to the grouping information of the users, when the user side initiates to check the number data of the sports people on the runway, the server provides the number prediction information in the runway system when the users arrive at the runway according to the user grouping obtained by the user identification device and the movement monitoring device and by combining the time from the user side initiating end to the runway. The prediction information can be displayed in different time intervals, for example, 5 minutes is taken as an area, the number of people after 10 minutes is increased, the number of people after 15 minutes is increased, and a user can conveniently select proper time and a vehicle to arrive at a runway through a regional display mode.
Aiming at the grouping information of the users, the server judges whether friends are built among the users according to the user real-time data information stored in the history of the users and the adjacent state of the users in the sports field monitored by the motion monitoring device, judges the number of the users leaving the runway according to the grouping judgment of different users when the number of the people on the runway is judged, and the motion detection device can judge whether the users are friends or not according to the conversation time length among different users, the time length of the user adjacent state in a non-motion state and/or the motion state parameters of the adjacent users. And weighting according to the probability of simultaneous departure to obtain the predicted number of the people leaving the field, thereby providing accurate and reliable information for other user side during query, wherein the probability information can be the maximum likelihood probability value or the distribution of the maximum likelihood probability obtained according to the selection of the historical data. And the movement finishing time of the user group takes the longest time of the group users as the finishing time, and reminds the preset time content and the number of the moving people in the runway with the terminal users.
When the user group information is grouped, at least one user with the motion state matched with the preset running behavior characteristic exists in the running group according to the user with the motion state parameter matched with the preset running behavior characteristic, and whether the user is the same group user is judged according to the motion time interval overlapping degree of the user running record.
In the system, the motion monitoring device or the server can grid the periphery of the runway, acquire the number of user devices entering a preset area, and predict the number of users of the runway in a certain time by combining motion historical data information.
The server can directly calculate the movement speed and the movement pace of the running-approximating user according to the GPS data periodically reported by the terminal equipment with the GPS positioning function, provide different movement track graphs for each user, distribute the different movement speeds and movements, generate graphs and send the graphs to the user terminal device. To allow the user to view various information and statistics about the run.
The exercise monitoring device may collect information of the user according to information interaction with the user-side device to transmit to the server side, and the server may provide the user with displayable distance marks, speed marks, and altitude marks indicating fastest and slowest speeds, highest and lowest heart rates, highest and lowest altitudes, and the like. Other visual elements of color or path may be used to indicate various types of motion information, including speed, heart rate, type of music played, temperature (ambient or body temperature), and the like. And abundant data support is provided for the user, so that the user is provided with a proper exercise report and matched fitness exercise information according to a standard database in the server.
Based on the examples described above, there is also provided in one embodiment a computer device comprising a memory, a processor, and a computer program stored on the memory and executable on the processor, wherein the processor when executing the program implements any one of the methods in the embodiments described above.
It will be understood by those skilled in the art that all or part of the processes in the methods of the embodiments described above may be implemented by a computer program to instruct associated hardware, where the program may be stored in a non-volatile computer-readable storage medium, and in the embodiments of the present invention, the program may be stored in the storage medium of a computer system and executed by at least one processor in the computer system to implement the processes including the embodiments of the video playing methods described above. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
Accordingly, there is also provided a storage medium having a computer program stored thereon, wherein the program, when executed by a processor, implements any one of the methods in the embodiments described above.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. A house community wisdom runway system which characterized in that: the system comprises a server, a user identification device, a user state display device and a motion monitoring device, wherein the user identification device, the motion monitoring device and the user state display device are respectively connected with the server;
the user identification device is used for collecting user identification information, and the user identification information comprises the steps of obtaining facial feature data of a user to determine the age and the sex of the user, and obtaining body shape feature data of the user to determine the height, the weight and the sex of the user;
the system comprises a motion monitoring device, a data acquisition device and a data processing device, wherein the motion monitoring device is used for identifying the identity information of a runner to acquire corresponding user identification information and acquiring real-time motion data, and the real-time motion data comprises front body posture data, back body posture data, side body posture data and local body posture data of at least one part, and the speed and time of motion; comparing the motion data of the identified person with standard data stored in a server, and sending corresponding standard posture data to a user state display device;
the user state display device is arranged in an area which can be seen by a user in a normal motion state, and displays the motion state information of the user in the runway area;
the server is used for storing the real-time motion state data and the standard motion data information of the user; and generating a visual exercise plan report for the user according to the requirements of the user terminal.
2. The intelligent residential community runway system of claim 1, wherein the user identification means extracts the characteristics of the users to obtain the sports characteristic preference data of the users according to the real-time sports state data of the users stored in the server, the sports characteristic preference data comprises the sports duration and the sports speed of the users, and the users are grouped according to the duration of the user's neighboring state and the sports state parameters of the neighboring users when the non-sports state is monitored by the sports monitoring means to obtain the grouping information of the users.
3. The intelligent runway system for residential communities as claimed in claim 2, wherein when the user end initiates to view the data of the number of people moving on the runway according to the grouping information of the users, the server obtains the grouping of the users according to the user identification device and the motion monitoring device, and provides the prediction information of the number of people in the runway when the users arrive at the runway according to the distance between the position of the user end initiating to view and the runway, and the information of the number of people is displayed according to different time intervals.
4. The intelligent residential community runway system of claim 2, wherein the grouping information of the users is obtained by the server determining whether a group relationship exists between the users according to the user motion data stored in the users in history and the duration of the proximity state of the users in the sports field monitored by the motion monitoring device, and dividing different users into groups to determine the number of people leaving the runway.
5. The intelligent residential community runway system of claim 1, further comprising the server meshing the perimeter of the runway to obtain the number of clients entering the preset area and predicting the number of users of the runway in combination with historical motion data information and probability distribution information.
6. The residential community smart runway system of claim 1, wherein the user status display device is a large display screen on which information of users on the runway is displayed, the information of the users being arranged in order of amount of exercise; the large screen displays the difference of the motion state of the user through the motion monitoring data so as to send prompt information, and the prompt information is prompted in a voice broadcasting mode or a mode matched with the carrying terminal capability information of the user.
7. The residential community smart runway system of claim 1, wherein the user display of the large screen is displayable by a priority of the user terminal, the priority being based on the user priority stored in the server.
8. The intelligent residential community runway system of claim 1, wherein the user identification means determines that at least one user having a motion state matching the preset running behavior characteristics exists in the running group by using users having a motion state parameter matching the preset running behavior characteristics among the users when the grouping is performed, and determines whether the users are in the same group according to the overlap degree of the motion time periods of the user running records.
9. The intelligent residential community runway system of claim 4, wherein the end time of the movement of the user group is the maximum time of the group user as the end time, and the end user reminds the preset time content and the number of the movement persons on the runway.
10. The intelligent community residential runway system of any of claims 1-9, wherein the user status display device can display the difference between the running posture of the user and the standard matching posture according to the triggering of the user terminal, and adjust the running posture of the user through the large screen display status, and the matching of the standard posture at least comprises the parameters: the active movement joint activity, the track control force and the movement efficiency, and the triggering of the user terminal is determined according to the priority of the user terminal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010885991.1A CN112017749B (en) | 2020-08-28 | 2020-08-28 | Intelligent runway system for residential communities |
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