CN107492200B - Environment-friendly and energy-saving type resident self-service life platform and using method thereof - Google Patents
Environment-friendly and energy-saving type resident self-service life platform and using method thereof Download PDFInfo
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- CN107492200B CN107492200B CN201710735994.5A CN201710735994A CN107492200B CN 107492200 B CN107492200 B CN 107492200B CN 201710735994 A CN201710735994 A CN 201710735994A CN 107492200 B CN107492200 B CN 107492200B
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- G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
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- G06Q20/327—Short range or proximity payments by means of M-devices
- G06Q20/3276—Short range or proximity payments by means of M-devices using a pictured code, e.g. barcode or QR-code, being read by the M-device
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
- G07F15/003—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity
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Abstract
The invention discloses an environment-friendly and energy-saving resident self-help living platform and a using method thereof. The self-service life platform comprises a multifunctional hydroelectric pile, a control host is arranged on the multifunctional hydroelectric pile and comprises a CPU, a storage, a networking module and a wireless network module, the CPU is connected with the storage, the networking module and the wireless network module, the wireless network module is connected with an intelligent terminal, the networking module is connected with a security service station and a camping pile server cluster, the CPU is connected with an I/O control module, and the I/O control module is connected with a plurality of water consumption metering payment modules, a plurality of electricity consumption metering payment modules, a plurality of correlation photoelectric sensors and a plurality of alarm switches; the environment-friendly and energy-saving type resident self-service life platform can uniformly manage the multifunctional hydroelectric piles distributed at various positions, improves the resource utilization efficiency and makes a contribution to the construction of a resource-saving society.
Description
Technical Field
The invention relates to the field of environmental protection, in particular to an environment-friendly and energy-saving type resident self-service life platform and a using method thereof.
Background
The resource-saving society is one of strategic deployments for implementing scientific development and observation. The method is characterized in that through reasonable allocation, efficient and cyclic utilization and effective protection and substitution of resources, the economic and social development is adapted to the bearing capacity of the resource environment, the pollutant generation amount is minimized, the waste is harmlessly treated, and a harmonious society between people and nature is constructed. The establishment of a resource-saving society is a major measure for coordinating the development of people and nature and promoting the sustainable development, and is also an important task for realizing the saving development, the clean development and the safe development.
In the development of the Chinese economic society, a new historical stage is entered, the construction of a conservation-oriented society is definitely proposed in the common center, namely, various resources are practically protected and reasonably utilized in various aspects of economic and social development in various fields of social production, construction, circulation and consumption, the resource utilization efficiency is improved, and the maximum economic benefit and social benefit are obtained with the least possible resource consumption. The method is a great decision which is related to the economic and social development of China and the prosperity and the defenching of Chinese nationalities and has global and strategic properties.
The hydroelectric pile is a convenient facility for providing resources for the public.
Patent "a portable hydroelectric pile" of application number CN201520843964.2 discloses the utility model relates to a portable hydroelectric pile, including the box, its characterized in that: box one side install smart electric meter one, smart electric meter one below be equipped with first and international outlet of european standard socket, the box opposite side install smart electric meter two, two below of smart electric meter be equipped with second and international outlet of european standard socket two, smart electric meter one be equipped with tap with the below of smart electric meter two, the one end of box be equipped with water pipe case, the other end of box be equipped with the cable box. The utility model discloses a portable management of water and electricity stake has been realized in the setting of portable water and electricity stake, and the taking in of convenient water and electricity stake when car open camp and yacht are in busy season simultaneously, charges through the two sides of box and the design that supplies water, has improved the utilization ratio of water and electricity stake, has made things convenient for the management to water and electricity stake simultaneously.
The patent "intelligent standardized pile body" with application number CN201410791953.4 discloses "an intelligent standardized pile body, relates to pile body technical field, and what solve is that current pile body installation is inconvenient, and is unfavorable for the technical problem of large-scale production. The pile body comprises a pile pipe and a plurality of positioning rods; the pile tube is a straight tube with open upper and lower ends, the tube wall of the pile tube is provided with at least three positioning holes which are communicated up and down, the positioning holes are straight holes which are parallel to the axis of the tube center of the pile tube, and the positioning holes are symmetrically distributed around the axis of the tube center of the pile tube; the locating lever is the straight-bar, and the locating lever has three at least, and each locating lever passes the locating hole of each stake pipe respectively with clearance fit, and the upper end of every locating lever all is equipped with detachable setting element, and the setting element of every locating lever upper end is pressed and is supported the upper end of stake pipe with the tight fit mode respectively. The pile body provided by the invention is suitable for being used as a roadbed pile body such as a charging pile, a community street lamp, a camera column, a traffic intersection indicating lamp column, a camp hydropower pile and the like.
These existing hydroelectric piles such as the above-mentioned patent lack effective management and do not contribute to resource conservation.
Disclosure of Invention
The invention aims to provide an environment-friendly and energy-saving type resident self-help living platform capable of uniformly managing multifunctional water and electricity piles so as to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme:
the intelligent management system comprises a multifunctional hydroelectric pile, wherein a control host is arranged on the multifunctional hydroelectric pile, the control host comprises a CPU (Central processing Unit), a storage, a networking module and a wireless network module, the CPU is connected with the storage, the networking module and the wireless network module, the wireless network module is connected with an intelligent terminal, the networking module is connected with a security service station and a camping pile server cluster, the CPU is connected with an I/O (input/output) control module, and the I/O control module is connected with a plurality of water consumption metering payment modules, a plurality of electricity consumption metering payment modules, a plurality of correlation photoelectric sensors and a plurality of alarm switches;
the intelligent terminal is connected with the WeChat payment platform server, the WeChat public platform server and the Unionpay payment platform server through the Internet, and the WeChat payment platform server, the WeChat public platform server and the Unionpay payment platform server are in cluster communication connection with the camping pile server respectively.
As a further scheme of the invention: the water consumption metering payment module comprises an electronic water meter arranged on a water pipe where the water faucet is arranged and an electromagnetic valve arranged on the water faucet, the water consumption metering payment module comprises an electronic electric meter and a relay electric valve, and the electronic electric meter is connected with a charging port on the multifunctional water-electricity pile through the relay electric valve.
As a further scheme of the invention: the living platform server cluster is in communication connection with the database server cluster.
As a further scheme of the invention: the correlation type photoelectric sensor comprises a light emitter and a light receiver, wherein the light emitter and the light receiver are installed at the opening of the intelligent classification garbage can and are respectively located on the inner walls of the front side and the rear side of the opening.
As a further scheme of the invention: and the electromagnetic valve and the relay electrovalve are both provided with a WeChat two-dimensional code.
As a further scheme of the invention: and the CPU is connected with a display on the multifunctional hydroelectric pile.
As a further scheme of the invention: the WeChat two-dimensional code on the control host comprises WeChat public number information and communication connection authentication information of the environment-friendly and economical resident self-service living platform;
the WeChat two-dimensional code on the electromagnetic valve comprises WeChat public number information and electromagnetic valve name card information of the environment-friendly and economical resident self-service living platform;
the WeChat two-dimensional code on the relay electrovalve comprises WeChat public number information and relay electrovalve business card information of the environment-friendly and economical resident self-service life platform;
the intelligent terminal is connected with the CPU through the wireless network module.
The use method of the environment-friendly and energy-saving resident self-help living platform comprises the following steps:
a selection method of a multifunctional hydroelectric pile comprises the following steps: the user scans the WeChat two-dimensional code, a WeChat public platform server sends public WeChats of the environment-friendly and saving type resident self-service living platform to an intelligent terminal, the user pays attention to the public WeChats of the environment-friendly and saving type resident self-service living platform, the environment-friendly and saving type resident self-service living platform APP is downloaded by the public WeChats of the environment-friendly and saving type resident self-service living platform, the intelligent terminal is in network communication connection with a living platform server cluster, the living platform server cluster acquires vacant water level information of the multifunctional hydropower piles of the database server cluster and vacant power level information of the multifunctional hydropower piles, the vacant water level information and the vacant power level information are sent to the intelligent terminal, the vacant water level information and the vacant water level information are checked through the environment-friendly and saving type resident self-service living platform APP, and the vacant position of the multifunctional hydropower piles can be; after the user operation is completed, the intelligent terminal sends the use information to the living platform server cluster, and the living platform server cluster sends the use information to the database server cluster to update the information in the database server cluster; in addition, the CPU receives information through the living platform server cluster and displays the information on the display;
secondly, a resource management method of the environment-friendly and energy-saving type resident self-help living platform comprises the following steps:
the method for managing the consumption of the consumables comprises the following steps:
the WeChat public platform server sends public WeChats of the environment-friendly and saving type resident self-service living platform to the intelligent terminal, a user pays attention to the public WeChat of the environment-friendly and saving type resident self-service living platform, and the public WeChat of the environment-friendly and saving type resident self-service living platform downloads the environment-friendly and saving type resident self-service living platform APP;
when a user needs to use water or electricity, scanning a WeChat two-dimensional code on a solenoid valve on a faucet needing to be used or a WeChat two-dimensional code on a relay electric valve corresponding to a power socket needing to be used by using a scanning option in an environment-friendly and energy-saving resident self-service life platform APP, identifying the solenoid valve or the relay electric valve with a corresponding number, sending a corresponding use request to a life platform server cluster by an intelligent terminal, sending request information to a CPU through a networking module after the life platform server cluster is confirmed, completing verification, and receiving control information of the intelligent terminal on the corresponding solenoid valve or relay electric valve by the CPU;
the user can realize the control and usage check of the electromagnetic valve or the relay electric valve through the environment-friendly and saving type resident self-help living platform APP, the intelligent terminal sends control information to the CPU through the wireless network module, the CPU sends the control information to the electromagnetic valve or the relay electric valve through the I/O control module, the electronic water meter and the electronic electric meter send usage information to the CPU through the I/O control module, the CPU sends the usage information to the intelligent terminal through the wireless network module, the environment-friendly and saving type resident self-help living platform APP displays the usage information and calculates the cost, after the usage is finished, the account settlement option of the environment-friendly and saving type resident self-help living platform APP is clicked, the intelligent terminal sends a payment request to the living platform server cluster, the living platform server cluster sends the payment information to the WeChat public platform server or the UnionPay payment platform server, and the WeChaonPay public platform, after the user pays successfully, the life platform server cluster sends charging information to the CPU through the networking module, and the control of the user on the electromagnetic valve or the relay valve is disconnected;
(II) a garbage cleaning method: when the correlation photoelectric sensor in the intelligent classification garbage can detects that garbage is full, the correlation photoelectric sensor sends information of full garbage to the CPU through the I/O control module, the CPU sends the information of full garbage to the intelligent terminal through the wireless network module and is displayed through the environment-friendly and energy-saving resident self-service living platform APP, a user in a camp can check the full garbage can and the position through the environment-friendly and energy-saving resident self-service living platform APP and considers cleaning the garbage, the user scans the WeChat two-dimensional code on the intelligent classification garbage can when selecting to clean the garbage, the environment-friendly and energy-saving resident self-service living platform APP identifies the number of the garbage can and sends the information of cleaning the garbage to the CPU, the CPU cancels the prompt that the garbage of the garbage can is full and sends the information of cleaning the garbage to the living platform server cluster, and the living platform server cluster sends the information of money voucher to the corresponding intelligent terminal, the payment can be used for the environment-friendly and energy-saving resident self-service living platform APP during payment; on the other hand, when the user puts garbage into the intelligent classification garbage can, the garbage throwing option on the environment-friendly and economical resident self-service living platform APP can be clicked, the intelligent terminal sends garbage throwing information to the living platform server cluster, and the living platform server cluster processes the garbage throwing information and sends the voucher to the intelligent terminal.
A method for enhancing security of an environment-friendly and energy-saving resident self-service living platform comprises the following steps: the user can call for help through emergency call options on an environment-friendly and energy-saving resident self-service living platform APP, the intelligent terminal sends information to a living platform server cluster, the living platform server cluster sends the call for help information to a CPU through a networking module, the CPU sends the call for help information to a security service station through the networking module, and the security service station receives the information and then processes the information to send out rescue workers; the other type of the calling for help is that an alarm switch arranged on the multifunctional hydroelectric pile is pressed down, the alarm switch sends calling for help information to a CPU through an I/O control module, the CPU sends the calling for help information to a security service station through a networking module, and the security service station sends out personnel for rescue.
Compared with the prior art, the invention has the beneficial effects that: the environment-friendly and energy-saving resident self-service life platform can realize interaction between a user and equipment and interaction between a plurality of users, and can realize the following four functions: firstly, selecting a hydroelectric pile: the information of the hydroelectric pile is checked to provide a hydroelectric pile appointment for a user, and the user is helped to select a proper hydroelectric pile;
secondly, safety guarantee: providing an emergency call function, and connecting to the nearest security service point;
thirdly, managing living resources: the user can obtain the control of consumables such as water, electricity and the like, sets a unique two-dimensional code for each control switch, and charges corresponding cost according to consumption;
the traveler is encouraged to clear the generated garbage, an intelligent classification garbage can is arranged, donkey friends in the camp at the current time receive a prompt of taking away the garbage after the intelligent classification garbage can is full, a user scans a two-dimensional code on the intelligent classification garbage can and takes away the garbage in the garbage can, a money voucher is obtained, and various expenses generated on the hydroelectric pile are reduced; and garbage is put in, and the two-dimensional code is scanned, so that a voucher can be obtained, and various expenses generated on the hydroelectric pile are reduced.
Drawings
Fig. 1 is a schematic diagram of a module structure of an environment-friendly and energy-saving type resident self-service living platform.
Fig. 2 is a communication schematic diagram of the environment-friendly and energy-saving type resident self-service life platform.
Fig. 3 is a schematic structural diagram of an intelligent classification garbage can in the environment-friendly and energy-saving resident self-service living platform.
Fig. 4 is a schematic layout diagram of the correlation photoelectric sensors in the environment-friendly and energy-saving self-service life platform for residents.
Detailed Description
The technical solution of the present patent will be described in further detail with reference to the following embodiments.
Example one
Referring to fig. 1-4, an environment-friendly and energy-saving type resident self-service life platform comprises a multifunctional hydroelectric pile, wherein a control host is arranged on the multifunctional hydroelectric pile, the control host comprises a CPU1, a memory 2, a networking module 3 and a wireless network module 4, the CPU1 is connected with the memory 2, the networking module 3 and the wireless network module 4, the wireless network module 4 is connected with an intelligent terminal 5, the networking module 3 is connected with a security service station 6 and a life platform server cluster 7, the CPU1 is connected with an I/O control module 8, the I/O control module 8 is connected with a plurality of water consumption metering payment modules 9, a plurality of electricity consumption metering payment modules 10, a plurality of correlation photoelectric sensors 11 and a plurality of alarm switches 12;
the intelligent terminal 5 is connected with the WeChat payment platform server 13, the WeChat public platform server 14 and the Unionpay payment platform server 15 through the Internet, and the WeChat payment platform server 13, the WeChat public platform server 14 and the Unionpay payment platform server 15 are respectively in communication connection with the living platform server cluster 7.
The use method of the environment-friendly and energy-saving resident self-service life platform comprises the following steps:
a selection method of a multifunctional hydroelectric pile comprises the following steps: the user scans the WeChat two-dimensional code 30, the WeChat public platform server 14 sends the public WeChat of the environment-friendly and saving type resident self-service living platform to the intelligent terminal 5, the user pays attention to the public WeChat of the environment-friendly and saving type resident self-service living platform, and the environment-friendly and energy-saving resident self-help living platform APP is downloaded by the public WeChat of the environment-friendly and energy-saving resident self-help living platform, the intelligent terminal 5 is in network communication connection with the living platform server cluster 7, the living platform server cluster 7 acquires the vacant water level information of the multifunctional hydroelectric pile of the database server cluster 16 and the vacant electric level information of the multifunctional hydroelectric pile and sends the information to the intelligent terminal 5, the vacant positions of the multifunctional hydroelectric piles can be checked through the environment-friendly and saving type resident self-service living platform APP by a user, so that the selection is convenient; after the user operation is completed, the intelligent terminal sends the use information to the life platform server cluster 7, the life platform server cluster 7 sends the use information to the database server cluster 16, and the information in the database server cluster 16 is updated; additionally, the CPU1 will receive information via the life platform server cluster 7 and display the information on the display 40;
secondly, a resource management method of the environment-friendly and energy-saving type resident self-help living platform comprises the following steps:
the method for managing the consumption of the consumables comprises the following steps: the WeChat two-dimensional code 30 on the control host comprises WeChat public number information and communication connection authentication information of the environment-friendly and economical resident self-service living platform;
the WeChat two-dimensional code 30 on the electromagnetic valve 22 comprises WeChat public number information of the environment-friendly and saving type resident self-service living platform and name card (number) information of the electromagnetic valve 22;
the WeChat two-dimensional code 30 on the relay electrovalve 24 comprises WeChat public number information of the environment-friendly and saving type resident self-service living platform and name card (number) information of the relay electrovalve 24;
the intelligent terminal 5 is connected with the CPU1 through the wireless network module 4;
the WeChat public platform server 14 sends the public WeChat of the environment-friendly and saving type resident self-service living platform to the intelligent terminal 5, the user pays attention to the public WeChat of the environment-friendly and saving type resident self-service living platform, and the environment-friendly and saving type resident self-service living platform APP is downloaded by the public WeChat of the environment-friendly and saving type resident self-service living platform;
when a user needs to use water or electricity, a scanning option in an environment-friendly and energy-saving resident self-service life platform APP is used for scanning a WeChat two-dimensional code 30 on a solenoid valve 22 on a faucet needing to be used or a WeChat two-dimensional code 30 on a relay electric valve 24 corresponding to a power socket needing to be used, the solenoid valve 22 or the relay electric valve 24 corresponding to a number is identified, an intelligent terminal 5 sends a corresponding use request to a life platform server cluster 7, the life platform server cluster 7 sends the request information to a CPU1 through a networking module 3 after confirmation, verification is completed, and the CPU1 receives control information of the intelligent terminal 5 on the corresponding solenoid valve 22 or the relay electric valve 24;
the user can realize the control and usage check of the electromagnetic valve 22 or the relay electric valve 24 through the environment-friendly and energy-saving resident self-service life platform APP (the intelligent terminal 5 sends control information to the CPU1 through the wireless network module 4, the CPU1 sends control information to the electromagnetic valve 22 or the relay electric valve 24 through the I/O control module 8, the electronic water meter 21 and the electronic water meter 23 send usage information to the CPU1 through the I/O control module 8, the CPU1 sends usage information to the intelligent terminal 5 through the wireless network module 4, the environment-friendly and energy-saving resident self-service life platform APP displays the usage information and calculates the cost), after the usage is finished, the payment option of the environment-friendly and energy-saving resident self-service life platform APP is clicked, the intelligent terminal 5 sends a payment request to the life platform server cluster 7, the life platform server cluster 7 sends the payment information to the WeChat public platform server 14 or the UnionPay payment platform server 15 ( WeChat payment or Unionpay payment), charging information is returned to the intelligent terminal 5 by the WeChat public platform server 14 or the Unionpay payment platform server 15, after the payment of the user is successful, the living platform server cluster 7 sends the charging information to the CPU1 through the networking module 3, and the control of the user on the electromagnetic valve 22 or the relay electric valve 24 is disconnected;
(II) a garbage cleaning method: when the correlation type photoelectric sensor 11 in the intelligent classification garbage can 25 detects that the garbage is full, the correlation type photoelectric sensor 11 sends the information that the garbage is full to the CPU1 through the I/O control module 8, the CPU1 sends the information that the garbage is full to the intelligent terminal 5 through the wireless network module 4, the information is displayed through the environment-friendly and saving type resident self-help living platform APP, a user in a camp can check the full garbage can and the position through the environment-friendly and saving type resident self-help living platform APP and consider cleaning the garbage, the user scans the WeChat two-dimensional code 30 on the intelligent classification garbage can 25 when selecting cleaning the garbage, the environment-friendly and saving type resident self-help living platform APP identifies the number of the garbage can and sends the information of cleaning the garbage to the CPU1, the CPU1 cancels the prompt that the garbage is full of the garbage can and sends the information of cleaning the garbage to the living platform server cluster 7, the life platform server cluster 7 sends the voucher information to the corresponding intelligent terminal 5, so that the payment can be cancelled when the environment-friendly and economical resident self-service life platform APP pays; on the other hand, when the user puts garbage into the intelligent classification garbage can 25, the garbage throwing option on the environment-friendly and energy-saving resident self-service living platform APP can be clicked, the intelligent terminal 5 sends garbage throwing information to the living platform server cluster 7, and the living platform server cluster 7 sends the voucher to the intelligent terminal 5 after processing.
Example two
The water consumption metering and paying module 9 comprises an electronic water meter 21 arranged on a water pipe where a water tap is arranged and an electromagnetic valve 22 arranged on the water tap, the water consumption metering and paying module 10 comprises an electronic electric meter 23 and a relay electric valve 24, and the electronic electric meter 23 is connected with a charging port on the multifunctional water and electricity pile through the relay electric valve 24.
EXAMPLE III
The life platform server cluster 7 is connected with the database server cluster 16 in a communication mode.
Example four
The living platform server cluster 7 is connected with the intelligent terminal 5 through a network.
EXAMPLE five
The correlation type photoelectric sensor 11 comprises a light emitter and a light receiver, and the light emitter and the light receiver are installed at the opening of the intelligent classification trash can 25 and are respectively located on the inner walls of the front side and the rear side of the opening.
EXAMPLE six
The intelligent classification garbage can 25 comprises a naturally degradable box 26 and an unnatural degradable box 27, and the openings of the naturally degradable box 26 and the unnatural degradable box 27 are both provided with the correlation type photoelectric sensor 11.
EXAMPLE seven
The electromagnetic valve 22 and the relay electrovalve 24 are both provided with a WeChat two-dimensional code 30.
Example eight
The wireless network module 4 is a bluetooth module or a WIFI module.
Example nine
The CPU1 is connected to the display 40 on the multi-functional electro-hydraulic pile.
Example ten
The use method of the environment-friendly and energy-saving resident self-service life platform further comprises a method for enhancing security: the user can call for help through emergency call options on an environment-friendly and energy-saving resident self-service life platform APP, the intelligent terminal 5 sends information to a life platform server cluster 7, the life platform server cluster 7 sends the call for help information to a CPU1 through a networking module 3, the CPU1 sends the call for help information to a security service station 6 through the networking module 3, and the security service station 6 receives the information and processes the information to send out rescue workers; the other mode of calling for help is that an alarm switch 12 arranged on the multifunctional hydroelectric pile is pressed, the alarm switch 12 sends the information of calling for help to a CPU1 through an I/O control module 8, the CPU1 sends the information of calling for help to a security service station 6 through a networking module 3, and the security service station 6 sends out personnel for rescue.
Although the preferred embodiments of the present patent have been described in detail, the present patent is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present patent within the knowledge of those skilled in the art.
Claims (1)
1. An environment-friendly and energy-saving resident self-help living platform comprises a multifunctional hydroelectric pile and is characterized in that a control host is arranged on the multifunctional hydroelectric pile, the control host comprises a CPU (central processing unit), a storage, a networking module and a wireless network module, the CPU is connected with the storage, the networking module and the wireless network module, the wireless network module is connected with an intelligent terminal, the networking module is connected with a security service station and a camping pile server cluster, the CPU is connected with an I/O (input/output) control module, and the I/O control module is connected with a plurality of water consumption metering payment modules, a plurality of electricity consumption metering payment modules, a plurality of correlation photoelectric sensors and a plurality of alarm switches;
the intelligent terminal is connected with the WeChat payment platform server, the WeChat public platform server and the Unionpay payment platform server through the Internet, and the WeChat payment platform server, the WeChat public platform server and the Unionpay payment platform server are respectively in cluster communication connection with the camping pile server;
the water consumption metering payment module comprises an electronic water meter arranged on a water pipe where the water faucet is arranged and an electromagnetic valve arranged on the water faucet, the water consumption metering payment module comprises an electronic electric meter and a relay electric valve, and the electronic electric meter is connected with a charging port on the multifunctional water-electricity pile through the relay electric valve;
the living platform server cluster is in communication connection with the database server cluster; the intelligent terminal is in network communication connection with the life platform server cluster, the life platform server cluster acquires the vacant water level information of the multifunctional hydropower pile and the vacant electricity level information of the multifunctional hydropower pile of the database server cluster, sends the information to the intelligent terminal, and checks through the environment-friendly and energy-saving resident self-service life platform APP, so that a user can check the vacant position of the multifunctional hydropower pile through the environment-friendly and energy-saving resident self-service life platform APP, and the selection is convenient; the information of the hydroelectric pile is checked to provide a hydroelectric pile appointment for a user, and the user is helped to select a proper hydroelectric pile; after the user operation is completed, the intelligent terminal sends the use information to the living platform server cluster, and the living platform server cluster sends the use information to the database server cluster to update the information in the database server cluster;
the correlation type photoelectric sensor comprises a light emitter and a light receiver, wherein the light emitter and the light receiver are arranged at the opening of the intelligent classification garbage can and are respectively positioned on the inner walls of the front side and the rear side of the opening;
the electromagnetic valve and the relay electric valve are both provided with a WeChat two-dimensional code;
the CPU is connected with a display on the multifunctional hydroelectric pile;
the WeChat two-dimensional code on the control host comprises WeChat public number information and communication connection authentication information of the environment-friendly and economical resident self-service living platform;
the WeChat two-dimensional code on the electromagnetic valve comprises WeChat public number information and electromagnetic valve name card information of the environment-friendly and economical resident self-service living platform;
the WeChat two-dimensional code on the relay electrovalve comprises WeChat public number information and relay electrovalve business card information of the environment-friendly and economical resident self-service life platform;
the intelligent terminal is connected with the CPU through the wireless network module;
a selection method of a multifunctional hydroelectric pile comprises the following steps: the user scans the WeChat two-dimensional code, a WeChat public platform server sends public WeChats of the environment-friendly and saving type resident self-service living platform to an intelligent terminal, the user pays attention to the public WeChats of the environment-friendly and saving type resident self-service living platform, the environment-friendly and saving type resident self-service living platform APP is downloaded by the public WeChats of the environment-friendly and saving type resident self-service living platform, the intelligent terminal is in network communication connection with a living platform server cluster, the living platform server cluster acquires vacant water level information of the multifunctional hydropower piles of the database server cluster and vacant power level information of the multifunctional hydropower piles, the vacant water level information and the vacant power level information are sent to the intelligent terminal, the vacant water level information and the vacant water level information are checked through the environment-friendly and saving type resident self-service living platform APP, and the vacant position of the multifunctional hydropower piles can be; after the user operation is completed, the intelligent terminal sends the use information to the living platform server cluster, and the living platform server cluster sends the use information to the database server cluster to update the information in the database server cluster; in addition, the CPU receives information through the living platform server cluster and displays the information on the display;
secondly, a resource management method of the environment-friendly and energy-saving type resident self-help living platform comprises the following steps:
the method for managing the consumption of the consumables comprises the following steps:
the WeChat public platform server sends public WeChats of the environment-friendly and saving type resident self-service living platform to the intelligent terminal, a user pays attention to the public WeChat of the environment-friendly and saving type resident self-service living platform, and the public WeChat of the environment-friendly and saving type resident self-service living platform downloads the environment-friendly and saving type resident self-service living platform APP;
when a user needs to use water or electricity, scanning a WeChat two-dimensional code on a solenoid valve on a faucet needing to be used or a WeChat two-dimensional code on a relay electric valve corresponding to a power socket needing to be used by using a scanning option in an environment-friendly and energy-saving resident self-service life platform APP, identifying the solenoid valve or the relay electric valve with a corresponding number, sending a corresponding use request to a life platform server cluster by an intelligent terminal, sending request information to a CPU through a networking module after the life platform server cluster is confirmed, completing verification, and receiving control information of the intelligent terminal on the corresponding solenoid valve or relay electric valve by the CPU;
the user can realize the control and usage check of the electromagnetic valve or the relay electric valve through the environment-friendly and saving type resident self-help living platform APP, the intelligent terminal sends control information to the CPU through the wireless network module, the CPU sends the control information to the electromagnetic valve or the relay electric valve through the I/O control module, the electronic water meter and the electronic electric meter send usage information to the CPU through the I/O control module, the CPU sends the usage information to the intelligent terminal through the wireless network module, the environment-friendly and saving type resident self-help living platform APP displays the usage information and calculates the cost, after the usage is finished, the account settlement option of the environment-friendly and saving type resident self-help living platform APP is clicked, the intelligent terminal sends a payment request to the living platform server cluster, the living platform server cluster sends the payment information to the WeChat public platform server or the UnionPay payment platform server, and the WeChaonPay public platform, after the user pays successfully, the life platform server cluster sends charging information to the CPU through the networking module, and the control of the user on the electromagnetic valve or the relay valve is disconnected;
(II) a garbage cleaning method: when the correlation photoelectric sensor in the intelligent classification garbage can detects that garbage is full, the correlation photoelectric sensor sends information of full garbage to the CPU through the I/O control module, the CPU sends the information of full garbage to the intelligent terminal through the wireless network module and is displayed through the environment-friendly and energy-saving resident self-service living platform APP, a user in a camp can check the full garbage can and the position through the environment-friendly and energy-saving resident self-service living platform APP and considers cleaning the garbage, the user scans the WeChat two-dimensional code on the intelligent classification garbage can when selecting to clean the garbage, the environment-friendly and energy-saving resident self-service living platform APP identifies the number of the garbage can and sends the information of cleaning the garbage to the CPU, the CPU cancels the prompt that the garbage of the garbage can is full and sends the information of cleaning the garbage to the living platform server cluster, and the living platform server cluster sends the information of money voucher to the corresponding intelligent terminal, the payment can be used for the environment-friendly and energy-saving resident self-service living platform APP during payment; on the other hand, when the user puts the garbage into the intelligent classification garbage can, the garbage throwing option on the environment-friendly and energy-saving resident self-service living platform APP can be clicked, the intelligent terminal sends garbage throwing information to the living platform server cluster, and the living platform server cluster processes the garbage throwing information and sends the voucher to the intelligent terminal;
the method for enhancing security of the environment-friendly and economical resident self-service living platform comprises the following steps: the user can call for help through emergency call options on an environment-friendly and energy-saving resident self-service living platform APP, the intelligent terminal sends information to a living platform server cluster, the living platform server cluster sends the call for help information to a CPU through a networking module, the CPU sends the call for help information to a security service station through the networking module, and the security service station receives the information and then processes the information to send out rescue workers; the other type of the calling for help is that an alarm switch arranged on the multifunctional hydroelectric pile is pressed down, the alarm switch sends calling for help information to a CPU through an I/O control module, the CPU sends the calling for help information to a security service station through a networking module, and the security service station sends out personnel for rescue.
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| CN109027978B (en) * | 2018-07-06 | 2021-08-17 | 西安桩天下信息技术有限公司 | Street lamp stake with intelligence water and electricity supply and illumination function |
| CN109840685A (en) * | 2018-12-24 | 2019-06-04 | 上海成生科技有限公司 | A kind of method and apparatus of refuse collection |
| CN110087154A (en) * | 2019-03-08 | 2019-08-02 | 合肥学院 | A kind of intelligent camping stake platform for supporting spot camping living resources management |
| CN110049099A (en) * | 2019-03-08 | 2019-07-23 | 合肥学院 | It is a kind of with camping information show and distribution function intelligent camping stake |
| CN110072182A (en) * | 2019-03-08 | 2019-07-30 | 合肥学院 | A kind of SOS function and its application method of spot camping camping stake |
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| CN2646784Y (en) * | 2003-05-19 | 2004-10-06 | 江苏省通信设备厂 | Multifunctional city fee system |
| CN201695712U (en) * | 2010-01-25 | 2011-01-05 | 石英基 | Multifunctional public service kiosk |
| CN202075814U (en) * | 2011-01-30 | 2011-12-14 | 石英基 | Intelligent service kiosk for community |
| CN202000694U (en) * | 2011-01-30 | 2011-10-05 | 石英基 | Multifunctional service kiosk and community intelligent life service system adopting same |
| CN204631998U (en) * | 2015-05-15 | 2015-09-09 | 西安九智信管理咨询有限公司 | A kind ofly can support telemanagement and mutual intelligence camping stake from operation |
| CN204759089U (en) * | 2015-06-12 | 2015-11-11 | 山东华鼎伟业能源科技股份有限公司 | Control system of convenient for people garbage bin of wisdom |
| CN105391867A (en) * | 2015-12-06 | 2016-03-09 | 科大智能电气技术有限公司 | Charging pile work method based on reservation authentication and payment guiding by mobile phone APP |
| CN105681431A (en) * | 2016-01-26 | 2016-06-15 | 深圳市德传技术有限公司 | Position-based idle charging pile searching method |
| CN106297018B (en) * | 2016-08-01 | 2019-08-02 | 桂斌 | A kind of network intelligence water power stake system |
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