CN112183211B - Highway is with wisdom service area lavatory system - Google Patents
Highway is with wisdom service area lavatory system Download PDFInfo
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- G06V20/50—Context or environment of the image
- G06V20/52—Surveillance or monitoring of activities, e.g. for recognising suspicious objects
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Abstract
The invention discloses a smart service area toilet system for a highway, which comprises a controller, a squat position monitoring and distributing module, an odor monitoring and removing module, a data storage module, a video playing and propagating module, an evaluation and repair reporting module, a temperature and humidity monitoring and adjusting module, an intelligent terminal query module and a display scheduling module, wherein the squat position monitoring and distributing module is used for monitoring and removing odor; the squatting position monitoring and distributing module is arranged, so that the problem that the number of the men's toilets and the women's toilets is unreasonable is solved, and the waiting time of users is saved; the odor monitoring and removing module is arranged, so that odor in the toilet with the empty squatting position can be removed in real time, and the comfort level of a user in the toilet is effectively improved; the video playing and propaganda module is arranged, so that on one hand, the propaganda of the policy and the scenic spot of the party is improved, and on the other hand, the income of the service area is increased by playing the advertisement video.
Description
Technical Field
The invention belongs to the technical field of public health facilities, and particularly relates to an intelligent service area toilet system for a highway.
Background
The intelligent public toilet combines the technologies of Internet of things, big data, cloud computing, network transmission, sensors and the like, has intelligent capacity of real-time sensing, accurate judgment and accurate execution in the traditional toilet, and solves the problems of peculiar smell control, system linkage, water and energy conservation, personnel management, maintenance quality and the like in the service process of the traditional toilet.
In practice, it has been found that the conventional toilets in the service area of the expressway have the problems of poor hygienic environment, poor management effect and unreasonable toilet arrangement for men and women, which causes much inconvenience to the persons staying in the service area.
Disclosure of Invention
The invention provides an intelligent service area toilet system for a highway.
The purpose of the invention can be realized by the following technical scheme: an intelligent service area toilet system for a highway comprises a controller, a squatting position monitoring and distributing module, an odor monitoring and removing module and a data storage module;
the position monitoring distribution module of squatting is used for carrying out the analysis and rationally distribute through the controller to the position information of squatting in the lavatory, the position monitoring distribution module of squatting includes video monitoring unit, infrared monitoring unit, display element, the position distribution unit and the time statistics unit of squatting, video monitoring unit includes camera monitoring node and video analysis node, infrared monitoring unit is used for monitoring the position condition of squatting in lavatory, the position condition of squatting in lavatory includes empty position quantity of squatting and non-empty position quantity of squatting, and concrete monitoring distribution step is:
z1: monitoring personnel at the entrance of the toilet through a camera monitoring node to obtain a monitoring video, and sending the monitoring video to a video analysis node every five minutes;
z2: after the video analysis node receives the monitoring video, the monitoring video is identified and analyzed, and the total number of males in the monitoring video is marked as A 1 The total number of women is marked A 2 By the formula
Obtaining a squat position distribution coefficient Q, wherein alpha is a specific proportionality coefficient, sending the squat position distribution coefficient Q to a squat position distribution unit by the video analysis node, and sending the squat position distribution coefficient Q to a data storage module through the controllerA block;
z3: when the squat position distribution coefficient Q is larger than L1, the squat position distribution unit distributes the empty squat positions of the toilet according to the male-female ratio of 1:2, displays the distributed sexes in real time through the display unit, and simultaneously changes the font color into green; when the squat position distribution coefficient Q is less than or equal to L1, the squat position distribution unit distributes the empty squat positions of the toilet according to the male-female ratio of 1:1, displays the distributed sexes in real time through the display unit, and simultaneously changes the font color into green, wherein L1 is a preset threshold value;
z4: the using time of the non-empty squatting position is counted by a time counting unit and is marked as S i I ═ 1,2, … …, n; i represents the ith non-empty squatting position;
z5: if the non-empty squatting position is the male toilet, the formula D1 is passed j ＝ω 1 -S j Obtaining the remaining service time of each male toilet in the non-empty squatting position, wherein j is the jth non-empty squatting position in the male toilet, omega 1 The average time of using the toilet for the male and the remaining using time D1 of the toilet for the male j Displaying in real time through a display unit, and simultaneously modifying the color of a font into red; if the non-empty squatting position is a female toilet, the formula D2 is passed q ＝ω 2 -S q Obtaining the remaining service time of each female toilet in the non-empty squatting position, wherein omega 2 The average time of the female toilet is calculated, and the remaining using time of the female toilet D2 q Displaying in real time through a display unit, and simultaneously modifying the color of a font into red;
the peculiar smell monitoring and removing module is used for monitoring peculiar smell in a toilet and removing the peculiar smell through the controller, the peculiar smell monitoring and removing module comprises a peculiar smell monitoring unit, a peculiar smell analyzing unit and a peculiar smell removing unit, and the specific monitoring and removing steps are as follows:
x1: the odor concentration value in the toilet of the squat position is monitored in real time through the odor monitoring unit and is marked as F i Meanwhile, the odor is sent to an odor analysis unit;
x2: the odor analysis unit receives the odor concentration value F i Then, by the formula F1 i ＝β×F i Obtaining the influence coefficient of the peculiar smell, wherein beta is a specific proportionA coefficient;
x3: coefficient of influence of off-flavor F1 i When the odor is greater than L2, the odor analysis unit sends an odor removal instruction to the odor removal unit through the controller;
x4: after the odor removing unit receives the odor removing instruction, the odor in the toilet is removed, when F1 i When the odor is less than or equal to L2, the odor analysis unit sends an odor removal stopping instruction to the odor removal unit through the controller, and the odor removal unit stops removing the odor in the toilet after receiving the odor removal stopping instruction;
x5: the odor removal monitoring module enables the odor concentration value F to be i And sending the sending record of the peculiar smell removing instruction and sending the sending record of the peculiar smell removing stopping instruction to the data storage module through the controller.
Preferably, the system also includes a video playing and publicizing module, the video playing and publicizing module is used for playing videos to achieve the purpose of publicity, the video playing and publicizing module includes a video playing unit and a video scheduling unit, the video playing unit includes a video playing node, a publicizing video storage node and a video playing counting node, and the specific playing and publicizing step is as follows:
c1: selecting propaganda videos through a video scheduling unit, wherein the propaganda videos comprise commodity advertisements in a service area and propaganda films in a scenic spot, and the duration of each propaganda video is not more than five minutes;
c2: when the current time is a news simulcast live broadcasting section, the controller calls a news simulcast live broadcasting picture to the video playing unit, and the video playing node in the video playing unit plays the news simulcast; when the Beijing time is not in the news simulcast live interval, the controller sends a circular playing instruction to the video scheduling unit;
c3: after receiving the circular playing instruction, the video scheduling unit sends the propaganda video to a propaganda video storage node, and the video playing node circularly plays the propaganda video according to the storage sequence of the video in the propaganda video storage node; and counting the playing times of the propaganda video in one day through a video playing counting node, and marking the propaganda video as G k K is 1,2, … …, p; whereink represents the kth promotional video;
c4: the video playing and propaganda module is used for propagandizing the playing times G of videos k And the cyclic playing instruction sending record is sent to the data storage module through the controller for storage.
Preferably, the system further comprises a display scheduling module, wherein the display scheduling module is used for displaying the using condition of the toilet and scheduling cleaning staff or maintenance staff to clean or maintain the toilet according to the evaluation and repair data, and the using condition of the toilet comprises the number of the hollow squatting positions in the toilet, the number of the non-hollow squatting positions in the toilet, the number of male toilets and female toilets in the hollow squatting positions and the remaining using time of the non-hollow squatting positions.
Preferably, the system further comprises an evaluation reporting module, the evaluation reporting module is used for a user to evaluate the environment in the toilet and report the equipment in the toilet, the evaluation reporting module comprises a reminding unit, an evaluation unit and a reporting unit, the evaluation unit comprises an evaluation data acquisition node and an evaluation data analysis node, and the specific evaluation reporting step comprises:
v1: when the user uses the toilet, the reminding unit reminds the user to evaluate or report for repair;
v2: when a user evaluates through the evaluation unit, the acquisition result of the evaluation data acquisition node is Y1, meanwhile, the evaluation data acquisition node sends the user evaluation content to the evaluation data analysis node, the evaluation data analysis node analyzes the evaluation content, if the evaluation content is good evaluation, the analysis result of the evaluation data analysis node is 1, and if the evaluation content is bad evaluation, the analysis result of the evaluation data analysis node is 0; meanwhile, the analysis result and the evaluation content are sent to a display scheduling module through a server;
v3: when a user reports the repair through the repair reporting unit, the acquisition result of the repair reporting unit is Y2, meanwhile, the repair reporting unit sends the repair content of the user to the display scheduling module through the controller, and a manager schedules a maintenance worker to maintain the repair reporting unit through the repair reporting content;
v4: and the evaluation and repair reporting module sends the evaluation content, the analysis result, the repair reporting content and the maintenance personnel scheduling record to the data storage module for storage.
Preferably, the system still includes humiture monitoring and adjusting module, humiture monitoring and adjusting module is used for adjusting the humiture in the lavatory, humiture monitoring and adjusting module includes meteorological data acquisition unit, data analysis unit, humiture acquisition unit and humiture control unit, humiture acquisition unit includes temperature acquisition node and humidity acquisition node, humiture control unit includes temperature regulation node and humidity control node, and concrete monitoring and adjusting step does:
b1: the temperature value and the humidity value of the service area where the toilet is located are obtained through the meteorological data obtaining unit and are marked as W 1 And E 1 And the temperature value W of the service area is measured 1 And humidity value E 1 Sending the data to a data analysis unit;
b2: the temperature value in the toilet is acquired through the temperature acquisition node and is marked as W 2 (ii) a The humidity value in the toilet is collected through a humidity collecting node and marked as E 2 While simultaneously measuring the temperature value W 2 And humidity value E 2 Sending the data to a data analysis unit;
b3: when W is 2 ＞δ×W 1 When the temperature control system is used, the data analysis unit sends a temperature regulation instruction to the temperature regulation node through the controller, and after the temperature regulation node receives the temperature regulation instruction, the temperature in the toilet is regulated until L3 is not more than W 2 ≤δ×W 1 When the temperature is adjusted, the temperature adjusting finger node stops adjusting the temperature in the toilet, wherein L3 is a preset threshold value, and delta is a specific proportionality coefficient;
b4: when E is 2 ＞ε×E 1 During the process, the data analysis unit sends a humidity adjusting instruction to the humidity adjusting node through the controller, and after the humidity adjusting node receives the humidity adjusting instruction, the humidity in the toilet is adjusted until L4 is not more than E 2 ≤ε×E 1 When the humidity in the toilet is regulated, the humidity regulation node stops regulating the humidity in the toilet, wherein L4 is a preset threshold value, and epsilon is a specific proportionality coefficient;
b5: temperature value W of service area is monitored by temperature and humidity monitoring and adjusting module 1 Harmony and wetnessValue E 1 Temperature value W in toilet 2 And humidity value E 2 And the temperature regulation instruction sending record and the humidity regulation instruction sending record are sent to the data storage module through the controller for storage.
Preferably, the system further comprises an intelligent terminal query module, the intelligent terminal module is used for a user to query the use condition of the toilet in the service area through the intelligent terminal, the intelligent terminal comprises an intelligent mobile phone and a tablet personal computer, and the intelligent terminal is in wireless connection with the controller.
Compared with the prior art, the invention has the beneficial effects that:
1. the invention is provided with a squat position monitoring and distributing module, the squat position monitoring and distributing module is used for analyzing squat position information in the toilet and reasonably distributing the squat position information through a controller, personnel at the inlet of the toilet is obtained every five minutes through a camera monitoring node for monitoring, the number of males and females in a video is obtained through a video analyzing node, a squat position distribution coefficient is calculated through a formula, and a squat position distributing unit reasonably distributes the squat position of the toilet according to the squat position distribution coefficient;
2. the odor monitoring and removing module is arranged and used for monitoring odor in the toilet and removing the odor through the controller, an odor concentration value in the squatting toilet is monitored in real time through the odor monitoring unit, the odor analyzing unit judges the odor after acquiring an odor influence coefficient, an odor removing instruction is sent to the odor removing unit through the controller according to a judgment result, the odor removing unit finishes odor removing operation, the odor in the squatting toilet is removed in real time through the odor monitoring and removing module, and the comfort level of a user in the toilet is effectively improved;
3. the invention is provided with a video playing and propaganda module, the video playing module is used for playing videos to achieve the purpose of propaganda, when the current time is a news simulcast live broadcast section, a news simulcast live broadcast picture is played, videos stored in propaganda video storage nodes are played in other sections in a circulating mode, the arrangement improves propaganda on a scenic spot on one hand, and increases the income of a service area by playing advertisement videos on the other hand.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic diagram of the principle of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood 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.
As shown in fig. 1, a smart service area toilet system for a highway includes a controller, a squat position monitoring and distributing module, an odor monitoring and removing module, a data storage module, a video playing and propagating module, an evaluation and repair reporting module, a temperature and humidity monitoring and adjusting module, an intelligent terminal query module and a display scheduling module;
the position monitoring distribution module of squatting is used for carrying out the analysis and rationally distribute through the controller to the position information of squatting in the lavatory, position monitoring distribution module of squatting includes video monitoring unit, infrared monitoring unit, the display element, position distribution unit and the time statistics unit of squatting, video monitoring unit includes camera monitoring node and video analysis node, infrared monitoring unit is used for monitoring the position condition of squatting in lavatory, the position condition of squatting in lavatory includes empty position quantity of squatting and non-empty position quantity of squatting, concrete monitoring distribution step is:
z1: monitoring personnel at the entrance of the toilet through a camera monitoring node to obtain a monitoring video, and sending the monitoring video to a video analysis node every five minutes;
z2: after the video analysis node receives the monitoring video, the monitoring video is identified and analyzed, and the total number of males in the monitoring video is marked as A 1 The total number of women is marked A 2 By the formula
Acquiring a squat distribution coefficient Q, wherein alpha is a specific proportionality coefficient, and the video analysis node sends the squat distribution coefficient Q to a squat distribution unit and sends the squat distribution coefficient Q to a data storage module through a controller; the technology of identifying men and women by monitoring videos is the prior art, and in the thesis real-time face gender identification based on video sequences, gender identification can be completed for people in the videos based on an Adaboost face detection algorithm and a support vector machine classification algorithm.
Z3: when the squat position distribution coefficient Q is larger than L1, the squat position distribution unit distributes the empty squat positions of the toilet according to the male-female ratio of 1:2, displays the distributed sexes in real time through the display unit, and simultaneously changes the font color into green; when the squat position distribution coefficient Q is less than or equal to L1, the squat position distribution unit distributes the empty squat positions of the toilet according to the male-female ratio of 1:1, displays the distributed sexes in real time through the display unit, and simultaneously changes the font color into green, wherein L1 is a preset threshold value;
z4: the using time of the non-empty squatting position is counted by a time counting unit and is marked as S i I ═ 1,2, … …, n; i represents the ith non-empty squatting position;
z5: if the non-empty squatting position is a male toilet, the formula D1 is passed j ＝ω 1 -S j Obtaining the remaining service time of each male toilet in the non-empty squatting position, wherein j is the jth non-empty squatting position in the male toilet, omega 1 The average time of using the toilet for the male and the remaining using time D1 of the toilet for the male j Displaying in real time through a display unit, and simultaneously modifying the color of a font into red; if the non-empty squatting position is a female toilet, the formula D2 is passed q ＝ω 2 -S q Obtaining the remaining service time of each female toilet in the non-empty squatting position, wherein omega 2 The average time of the female toilet is calculated, and the rest of the female toilet is calculatedUsage time D2 q Displaying in real time through a display unit, and simultaneously modifying the color of a font into red;
peculiar smell monitoring and removing module is used for monitoring peculiar smell in the lavatory to clear away the peculiar smell through the controller, peculiar smell monitoring and removing module includes peculiar smell monitoring unit, peculiar smell analysis unit and peculiar smell removal unit, and concrete monitoring and removing step is:
x1: the odor concentration value in the toilet of the squat position is monitored in real time through the odor monitoring unit and is marked as F i Meanwhile, the odor is sent to an odor analysis unit;
x2: the peculiar smell analysis unit receives the peculiar smell concentration value F i Then, by the formula F1 i ＝β×F i Acquiring an odor influence coefficient, wherein beta is a specific proportionality coefficient;
x3: coefficient of influence of odor F1 i When the odor is greater than L2, the odor analysis unit sends an odor removal instruction to the odor removal unit through the controller;
x4: after the odor removing unit receives the odor removing instruction, the odor in the toilet is removed, when F1 i When the odor is less than or equal to L2, the odor analysis unit sends an odor removal stopping instruction to the odor removal unit through the controller, and the odor removal unit stops removing the odor in the toilet after receiving the odor removal stopping instruction;
x5: the odor removal monitoring module enables the odor concentration value F to be i And the odor removing instruction sending record and the odor removing stopping instruction sending record are sent to the data storage module through the controller.
The video broadcast propaganda module is used for broadcasting the video in order to reach the purpose of propaganda, and video broadcast propaganda module includes video broadcast unit and video scheduling unit, and video broadcast unit includes video broadcast node, propaganda video storage node and video broadcast count node, and concrete broadcast propaganda step is:
c1: selecting propaganda videos through a video scheduling unit, wherein the propaganda videos comprise commodity advertisements in a service area and propaganda films in a scenic spot, and the duration of each propaganda video is not more than five minutes;
c2: when the current time is a news simulcast live broadcasting section, the controller calls a news simulcast live broadcasting picture to the video playing unit, and the video playing node in the video playing unit plays the news simulcast; when the Beijing time is not in the news simulcast live interval, the controller sends a circular playing instruction to the video scheduling unit;
c3: after receiving the circular playing instruction, the video scheduling unit sends the propaganda video to the propaganda video storage node, and the video playing node circularly plays the propaganda video according to the storage sequence of the video in the propaganda video storage node; and counting the playing times of the propaganda video in one day through a video playing counting node, and marking the propaganda video as G k K is 1,2, … …, p; where k represents the kth promotional video;
c4: the video playing and propaganda module is used for propagandizing the playing times G of videos k And the cyclic playing instruction sending record is sent to the data storage module through the controller for storage.
The display scheduling module is used for displaying the using condition of the toilet and scheduling cleaning personnel or maintenance personnel to clean or maintain the toilet according to the evaluation and repair data, and the using condition of the toilet comprises the number of the hollow squatting positions in the toilet, the number of the non-hollow squatting positions in the toilet, the number of the male toilets and the female toilets in the hollow squatting positions and the remaining using time of the non-hollow squatting positions.
The evaluation reporting module is used for evaluating the environment in the toilet by a user and reporting equipment in the toilet, the evaluation reporting module comprises a reminding unit, an evaluation unit and a reporting unit, the evaluation unit comprises an evaluation data acquisition node and an evaluation data analysis node, and the specific evaluation reporting step comprises the following steps:
v1: when the user uses the toilet, the reminding unit reminds the user to evaluate or report for repair;
v2: when a user evaluates through the evaluation unit, the acquisition result of the evaluation data acquisition node is Y1, meanwhile, the evaluation data acquisition node sends the user evaluation content to the evaluation data analysis node, the evaluation data analysis node analyzes the evaluation content, if the evaluation content is good evaluation, the analysis result of the evaluation data analysis node is 1, and if the evaluation content is bad evaluation, the analysis result of the evaluation data analysis node is 0; meanwhile, the analysis result and the evaluation content are sent to a display scheduling module through a server;
v3: when a user reports the repair through the repair reporting unit, the acquisition result of the repair reporting unit is Y2, meanwhile, the repair reporting unit sends the repair content of the user to the display scheduling module through the controller, and a manager schedules a maintenance worker to maintain the repair reporting unit through the repair reporting content;
v4: and the evaluation and repair reporting module sends the evaluation content, the analysis result, the repair reporting content and the maintenance personnel scheduling record to the data storage module for storage.
The humiture monitoring and adjusting module is used for adjusting the humiture in the lavatory, and the humiture monitoring and adjusting module includes meteorological data acquisition unit, data analysis unit, humiture acquisition unit and humiture control unit, and the humiture acquisition unit includes temperature acquisition node and humidity acquisition node, and the humiture control unit includes temperature regulation node and humidity control node, and concrete monitoring and adjusting step is:
b1: the temperature value and the humidity value of the service area where the toilet is located are obtained through the meteorological data obtaining unit and are marked as W 1 And E 1 And the temperature value W of the service area is measured 1 And humidity value E 1 Sending the data to a data analysis unit;
b2: the temperature value in the toilet is acquired through the temperature acquisition node and is marked as W 2 (ii) a The humidity value in the toilet is collected through a humidity collecting node and marked as E 2 While measuring the temperature W 2 And humidity value E 2 Sending the data to a data analysis unit;
b3: when W is 2 ＞δ×W 1 When the temperature control system is used, the data analysis unit sends a temperature regulation instruction to the temperature regulation node through the controller, and after the temperature regulation node receives the temperature regulation instruction, the temperature in the toilet is regulated until L3 is not more than W 2 ≤δ×W 1 When the temperature is adjusted, the temperature adjusting finger node stops adjusting the temperature in the toilet, wherein L3 is a preset threshold value, and delta is a specific proportionality coefficient;
b4: when in useE 2 ＞ε×E 1 When the humidity control system is used, the data analysis unit sends a humidity control instruction to the humidity control node through the controller, and after the humidity control node receives the humidity control instruction, the humidity in the toilet is controlled until L4 is not less than E 2 ≤ε×E 1 When the humidity in the toilet is regulated, the humidity regulation node stops regulating the humidity in the toilet, wherein L4 is a preset threshold value, and epsilon is a specific proportionality coefficient;
b5: temperature value W of service area is monitored by temperature and humidity monitoring and adjusting module 1 And humidity value E 1 Temperature value W in toilet 2 And humidity value E 2 And the temperature regulation instruction sending record and the humidity regulation instruction sending record are sent to the data storage module through the controller for storage.
The intelligent terminal module is used for inquiring the use condition of the toilet in the service area through the intelligent terminal by a user, the intelligent terminal comprises an intelligent mobile phone and a tablet personal computer, and the intelligent terminal is in wireless connection with the controller.
The system further comprises an emergency alarm module, the emergency alarm module comprises an active alarm unit and a passive alarm unit, the active alarm unit comprises a smoke monitoring node and a time counting node, the passive alarm unit comprises an emergency button, a voice acquisition node and a communication node, and the specific alarm steps are as follows:
n1: acquiring a concentration value of smoke in the toilet through a smoke monitoring node, and marking the concentration value as R; acquiring continuous use time of the toilet through a time length counting node, and marking the continuous use time as T;
n2: when the smoke concentration value R is larger than L5, the smoke monitoring node sends a smoke alarm instruction to the display scheduling module through the controller; when the continuous use time T of the toilet is more than L6, the time length counting node sends a time length overtime instruction to the display scheduling module through the server;
n3: when the emergency button is pressed down, the passive alarm unit sends an emergency alarm instruction to the display scheduling module through the server; when the voice acquisition node acquires a specific statement, a voice alarm instruction is sent to the display scheduling module through the controller, wherein the specific statement comprises 'life saving', 'HELP ME';
n4: when the emergency button is pressed down or the voice acquisition node acquires a specific sentence, the communication node is started, and managers communicate with toilet users through the communication node;
n5: the emergency alarm module sends the smoke concentration value R, the continuous use time T of the toilet, the smoke alarm instruction sending record, the time length overtime instruction sending record, the emergency alarm instruction sending record and the voice alarm instruction sending record to the data storage module for storage.
The above formulas are all quantitative calculation, the formula is a formula obtained by acquiring a large amount of data and performing software simulation to obtain the latest real situation, and the preset parameters in the formula are set by the technical personnel in the field according to the actual situation.
The working principle of the invention is as follows:
acquiring personnel at the entrance of the toilet every five minutes through a camera monitoring node for monitoring, acquiring the number of males and females in a video through a video analysis node, calculating a squat distribution coefficient through a formula, and reasonably distributing the squat of the toilet by a squat distribution unit according to the squat distribution coefficient;
the odor concentration value in the toilet squat in the air is monitored in real time through the odor monitoring unit, the odor analysis unit analyzes and judges the odor influence coefficient after acquiring the odor influence coefficient, an odor removing instruction is sent to the odor removing unit through the controller according to the judgment result, and the odor removing unit finishes odor removing operation;
when the current time is a news simulcast live section, the video playing unit plays a news simulcast live picture, circularly plays videos stored in the propaganda video storage node in other sections, and counts the playing times of the propaganda video in one day through a video playing counting node;
when the user uses the toilet, the reminding unit reminds the user to evaluate or report the repair, when the user evaluates through the evaluating unit, the acquisition result of the evaluation data acquisition node is Y1, meanwhile, the evaluation data acquisition node sends the user evaluation content to the evaluation data analysis node, the evaluation data analysis node analyzes the evaluation content, if the evaluation content is good evaluation, the analysis result of the evaluation data analysis node is 1, and if the evaluation content is bad evaluation, the analysis result of the evaluation data analysis node is 0; when a user reports the repair through the repair reporting unit, the acquisition result of the repair reporting unit is Y2, meanwhile, the repair reporting unit sends the repair content of the user to the display scheduling module through the controller, and a manager schedules a maintenance worker to maintain the repair reporting unit through the repair reporting content;
the temperature value and the humidity value of a service area where the toilet is located are obtained through the meteorological data obtaining unit, the temperature value and the humidity value in the toilet are collected through the temperature collecting node, the temperature value and the humidity value of the service area are compared with the temperature value and the humidity value in the toilet through the data analyzing unit, a temperature adjusting instruction or a humidity adjusting instruction is sent to the temperature adjusting node or the humidity adjusting node through the controller according to the comparison result, the temperature adjusting node completes temperature adjusting operation, and the humidity adjusting node completes humidity adjusting operation.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (6)
1. A smart service area toilet system for a highway is characterized by comprising a controller, a squat position monitoring and distributing module, an odor monitoring and removing module, an evaluation and repair module, a video playing and propagating module, a display scheduling module, a temperature and humidity monitoring and adjusting module, an intelligent terminal query module and a data storage module;
the position monitoring distribution module of squatting is used for carrying out the analysis and rationally distribute through the controller to the position information of squatting in the lavatory, the position monitoring distribution module of squatting includes video monitoring unit, infrared monitoring unit, display element, the position distribution unit and the time statistics unit of squatting, video monitoring unit includes camera monitoring node and video analysis node, infrared monitoring unit is used for monitoring the position condition of squatting in lavatory, the position condition of squatting in lavatory includes empty position quantity of squatting and non-empty position quantity of squatting, and concrete monitoring distribution step is:
z1: monitoring personnel at the entrance of the toilet through a camera monitoring node to obtain a monitoring video, and sending the monitoring video to a video analysis node every five minutes;
z2: after the video analysis node receives the monitoring video, the monitoring video is identified and analyzed, and the total number of males in the monitoring video is marked as A 1 The total number of women is marked A 2 By the formula
Acquiring a squat distribution coefficient Q, wherein alpha is a specific proportionality coefficient, and the video analysis node sends the squat distribution coefficient Q to a squat distribution unit and sends the squat distribution coefficient Q to a data storage module through a controller;
z3: when the squatting position distribution coefficient Q is larger than L1, the squatting position distribution unit distributes the empty squatting positions of the toilet according to the male-female ratio of 1:2, displays the distributed sexes in real time through the display unit, and simultaneously changes the font color into green; when the squat position distribution coefficient Q is less than or equal to L1, the squat position distribution unit distributes the empty squat positions of the toilet according to the male-female ratio of 1:1, displays the distributed sexes in real time through the display unit, and simultaneously changes the font color into green, wherein L1 is a preset threshold value;
z4: the using time of the non-empty squatting position is counted by a time counting unit and is marked as S i I ═ 1,2, … …, n; i represents the ith non-empty squatting position;
z5: if the non-empty squatting position is a male toilet, the formula D1 is passed j ＝ω 1 -S j Obtaining the remaining service time of each male toilet in the non-empty squatting position, wherein j is the jth non-empty squatting position in the male toilet, omega 1 The average time of using the toilet for the male and the remaining using time D1 of the toilet for the male j Displaying in real time through a display unit, and simultaneously modifying the color of a font into red; if the non-empty squatting position is a female toilet, the formula D2 is passed q ＝ω 2 -S q Obtaining the remaining service time of each female toilet in the non-empty squatting position, wherein q is the qth non-empty squatting position in the female toiletBit, omega 2 The average time of the female toilet is calculated, and the remaining using time of the female toilet D2 q Displaying in real time through a display unit, and simultaneously modifying the color of a font into red;
the peculiar smell monitoring and removing module is used for monitoring peculiar smell in a toilet and removing the peculiar smell through the controller, the peculiar smell monitoring and removing module comprises a peculiar smell monitoring unit, a peculiar smell analyzing unit and a peculiar smell removing unit, and the specific monitoring and removing steps are as follows:
x1: the odor concentration value in the toilet of the squat position is monitored in real time through the odor monitoring unit and is marked as F i Meanwhile, the odor is sent to an odor analysis unit;
x2: the peculiar smell analysis unit receives the peculiar smell concentration value F i Then, by the formula F1 i ＝β×F i Acquiring an odor influence coefficient, wherein beta is a specific proportionality coefficient;
x3: coefficient of influence of odor F1 i >At L2, the odor analysis unit sends an odor removal instruction to the odor removal unit through the controller;
x4: after the odor removing unit receives the odor removing instruction, the odor in the toilet is removed, when F1 i When the odor is less than or equal to L2, the odor analysis unit sends an odor removal stopping instruction to the odor removal unit through the controller, and the odor removal unit stops removing the odor in the toilet after receiving the odor removal stopping instruction;
x5: the odor removal monitoring module enables the odor concentration value F to be i And the odor removing instruction sending record and the odor removing stopping instruction sending record are sent to the data storage module through the controller.
2. The intelligent service area toilet system for the expressway of claim 1, wherein the video playing and publicizing module is used for playing video for publicizing purposes, the video playing and publicizing module comprises a video playing unit and a video scheduling unit, the video playing unit comprises a video playing node, a publicizing video storage node and a video playing counting node, and the specific steps of playing publicizing are as follows:
c1: selecting propaganda videos through a video scheduling unit, wherein the propaganda videos comprise commodity advertisements in a service area and propaganda films in a scenic spot, and the duration of each propaganda video is not more than five minutes;
c2: when the current time is a news simulcast live broadcasting section, the controller calls a news simulcast live broadcasting picture to the video playing unit, and the video playing node in the video playing unit plays the news simulcast; when the Beijing time is not in the news simulcast live interval, the controller sends a circular playing instruction to the video scheduling unit;
c3: after receiving the circular playing instruction, the video scheduling unit sends the propaganda video to a propaganda video storage node, and the video playing node circularly plays the propaganda video according to the storage sequence of the video in the propaganda video storage node; and counting the playing times of the propaganda video in one day through a video playing counting node, and marking the propaganda video as G k K is 1,2, … …, p; where k represents the kth promotional video;
c4: the video playing and propaganda module is used for propagandizing the playing times G of videos k And the cyclic playing instruction sending record is sent to the data storage module through the controller for storage.
3. The intelligent service area toilet system for the expressway as claimed in claim 1, wherein the display scheduling module is used for displaying the use condition of the toilet, and scheduling a cleaning person or a maintenance person to clean or maintain the toilet according to the evaluation repair data, wherein the use condition of the toilet comprises the number of the hollow squatting positions in the toilet, the number of the non-hollow squatting positions in the toilet, the number of the male toilets and the female toilets in the hollow squatting positions and the remaining use time of the non-hollow squatting positions.
4. The intelligent service area toilet system for the expressway as claimed in claim 1, wherein the evaluation reporting module is used for a user to evaluate the environment in the toilet and report equipment in the toilet, the evaluation reporting module comprises a reminding unit, an evaluation unit and a reporting unit, the evaluation unit comprises an evaluation data acquisition node and an evaluation data analysis node, and the specific evaluation reporting step comprises:
v1: when the user uses the toilet, the reminding unit reminds the user to evaluate or report for repair;
v2: when a user evaluates through the evaluation unit, the acquisition result of the evaluation data acquisition node is Y1, meanwhile, the evaluation data acquisition node sends the user evaluation content to the evaluation data analysis node, the evaluation data analysis node analyzes the evaluation content, if the evaluation content is good evaluation, the analysis result of the evaluation data analysis node is 1, and if the evaluation content is bad evaluation, the analysis result of the evaluation data analysis node is 0; meanwhile, the analysis result and the evaluation content are sent to a display scheduling module through a server;
v3: when a user reports the repair through the repair reporting unit, the acquisition result of the repair reporting unit is Y2, meanwhile, the repair reporting unit sends the repair content of the user to the display scheduling module through the controller, and a manager schedules a maintenance worker to maintain the repair reporting unit through the repair reporting content;
v4: and the evaluation and repair reporting module sends the evaluation content, the analysis result, the repair reporting content and the maintenance personnel scheduling record to the data storage module for storage.
5. The intelligent service area toilet system for the expressway of claim 1, wherein the temperature and humidity monitoring and adjusting module is used for adjusting the temperature and humidity in the toilet, the temperature and humidity monitoring and adjusting module comprises a meteorological data acquisition unit, a data analysis unit, a temperature and humidity acquisition unit and a temperature and humidity adjusting unit, the temperature and humidity acquisition unit comprises a temperature acquisition node and a humidity acquisition node, the temperature and humidity adjusting unit comprises a temperature adjusting node and a humidity adjusting node, and the specific monitoring and adjusting steps are as follows:
b1: the temperature value and the humidity value of the service area where the toilet is located are obtained through the meteorological data obtaining unit and are marked as W 1 And E 1 And the temperature value W of the service area is measured 1 And humidity value E 1 Sending the data to a data analysis unit;
b2: the temperature value in the toilet is acquired through the temperature acquisition node and is marked as W 2 (ii) a The humidity value in the toilet is collected through a humidity collecting node and marked as E 2 While measuring the temperature W 2 And humidity value E 2 Sending the data to a data analysis unit;
b3: when W is 2 >δ×W 1 When the temperature control system is used, the data analysis unit sends a temperature regulation instruction to the temperature regulation node through the controller, and after the temperature regulation node receives the temperature regulation instruction, the temperature in the toilet is regulated until L3 is not more than W 2 ≤δ×W 1 When the temperature is adjusted, the temperature adjusting finger node stops adjusting the temperature in the toilet, wherein L3 is a preset threshold value, and delta is a specific proportionality coefficient;
b4: when E is 2 >ε×E 1 During the process, the data analysis unit sends a humidity adjusting instruction to the humidity adjusting node through the controller, and after the humidity adjusting node receives the humidity adjusting instruction, the humidity in the toilet is adjusted until L4 is not more than E 2 ≤ε×E 1 When the humidity in the toilet is regulated, the humidity regulation node stops regulating the humidity in the toilet, wherein L4 is a preset threshold value, and epsilon is a specific proportionality coefficient;
b5: temperature value W of service area is monitored by temperature and humidity monitoring and adjusting module 1 And humidity value E 1 Temperature value W in toilet 2 And humidity value E 2 And the temperature regulation instruction sending record and the humidity regulation instruction sending record are sent to the data storage module through the controller for storage.
6. The intelligent service area toilet system for the expressway of claim 1, wherein the intelligent terminal module is used for a user to inquire the use condition of the toilet in the service area through an intelligent terminal, the intelligent terminal comprises a smart phone and a tablet personal computer, and the intelligent terminal is wirelessly connected with the controller.
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| CN114091881A (en) * | 2021-11-16 | 2022-02-25 | 广州铭全科学研究有限公司 | Scenic spot mobile toilet intelligent allocation system and method based on electronic tags |
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