CN110689468A - Rental house garbage classification management system and management method thereof - Google Patents
Rental house garbage classification management system and management method thereof Download PDFInfo
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Abstract
The invention discloses a rental house garbage classification management system and a management method thereof, which comprises a server, a garbage classification intelligent box and a plurality of rental houses are arranged in a cell, a taxi gate and a power consumption manager are arranged in the taxi, an electronic door lock is arranged on the taxi gate, the intelligent garbage classification box is provided with an identity recognizer and a weighing mechanism, the electricity utilization manager is used for detecting the daily electricity consumption of the rental houses and sending the daily electricity utilization data of the rental houses to the server, the electronic door lock is used for detecting the condition that the tenant enters and exits the rental houses every day and sending the data of the tenant entering and exiting the rental houses every day to the server, the identity recognizer is used for recognizing the identity of the tenant and sending the identity information of the tenant to the server, the weighing mechanism is used for weighing the garbage thrown in by the tenants and sending the weight data of the garbage thrown in by the tenants to the server.
Description
Technical Field
The invention relates to the field of rental house garbage classification, in particular to a rental house garbage classification management system and a management method thereof.
Background
Along with the development of society, because the rental house is more convenient and cheap, more and more people of society can select the rental house nowadays, and the tenant in the rental house can change often because of various reasons, so the tenant in the rental house is unstable, and in addition, most tenants do not use the rental house as the house, even the tenant has rented the rental house, the tenant also must not live in the rental house, so can't judge whether the tenant can produce rubbish in the rental house, therefore be difficult to manage the rubbish that the rental house produced.
Disclosure of Invention
In order to overcome the defects of the prior art, one of the objects of the invention is to provide a rental house garbage classification management system, which is provided with an electronic door lock and a power consumption manager, wherein the electronic door lock is used for detecting the condition that a tenant enters and exits a rental house every day, the power consumption manager is used for detecting the daily power consumption of the rental house, and a server judges the average daily living time of the tenant in the rental house according to the daily data of the tenant entering and exiting the rental house and the daily power consumption data of the rental house, so as to calculate the average daily garbage amount of the tenant.
The invention also aims to provide a method for classifying and managing the garbage of the rental houses, which is characterized in that an electronic door lock and a power utilization manager are arranged, the electronic door lock is used for detecting the condition that a tenant enters and exits the rental houses every day, the power utilization manager is used for detecting the daily power utilization amount of the rental houses, and a server judges the average daily living time of the tenant in the rental houses according to the daily data of the tenant entering and exiting the rental houses and the daily power utilization data of the rental houses, so that the average daily generated garbage amount of the tenant is calculated.
One of the purposes of the invention is realized by adopting the following technical scheme:
a taxi room garbage classification management system comprises a server, a garbage classification intelligent box and a plurality of taxi rooms are arranged in a community, a taxi room gate and a power utilization manager are arranged in each taxi room, an electronic door lock is arranged on the taxi room gate, an identity recognizer and a weighing mechanism are arranged on the garbage classification intelligent box, and the power utilization manager, the electronic door lock, the identity recognizer and the weighing mechanism are respectively connected with the server through networks; the power consumption manager is used for detecting the daily power consumption of the rental houses and sending the daily power consumption data of the rental houses to the server, the electronic door lock is used for detecting the condition that the tenants pass in and out the rental houses every day and sending the data of the tenants passing in and out the rental houses every day to the server, the identity recognizer is used for carrying out identity recognition on the tenants and sending the identity information of the tenants to the server, and the weighing mechanism is used for weighing the garbage thrown in by the tenants and sending the weight data of the garbage thrown in by the tenants to the server.
Furthermore, the electronic door lock comprises a lock body base and a handle, wherein the upper end of the handle is movably connected with the lock body base; the trigger structure of the electronic door lock comprises a reed switch arranged on a lock body base, a shifting lever arranged on the surface of a handle and capable of moving, and a permanent magnet arranged on the back of the handle and capable of moving correspondingly along with the shifting lever, wherein the state of the reed switch is changed due to the change of a magnetic field generated by the movement of the permanent magnet.
Further, the identity recognizer is an IC card reader or a face recognizer or a fingerprint recognizer.
Furthermore, a television, a refrigerator, an electric lamp, a water heater, an air conditioner, an electric kettle, a socket and a loudspeaker are arranged in the rental house, and the television, the refrigerator, the electric lamp, the water heater, the air conditioner, the electric kettle, the socket and the loudspeaker are respectively connected with the power utilization manager.
The second purpose of the invention is realized by adopting the following technical scheme:
a rental house garbage classification management method comprises the following steps:
step S1, the server judges the average daily living time of the tenant in the rental houses according to the daily data of the tenant entering and exiting the rental houses and the daily electricity consumption data of the rental houses; the data of the tenants entering and exiting the rental houses every day is obtained through detection of the electronic door locks, and the data of the electricity consumption of the rental houses every day is obtained through detection of the electricity consumption manager;
step S2, the server calculates the average daily garbage amount of the tenants according to the average daily living time of the tenants in the rental houses, and judges whether the corresponding tenants meet preset garbage throwing rules according to the weight data of the garbage thrown by the tenants corresponding to the garbage classification intelligent boxes in the community corresponding to the rental houses; and weighing the weight data of the garbage thrown by the tenant by a weighing mechanism.
Further, step S1 is preceded by:
and step S0, before the tenant leaves the rental house, the server needs to identify the identity of the tenant and record the identity information of the tenant into the server.
Further, the step S2 is followed by:
step S3, the server drives the electronic door lock to be in a closed state and drives the electricity utilization manager to be in a closed state according to preset conditions;
wherein the preset conditions are as follows: the rental term of the tenant expires or a rental termination instruction sent by the rental house owner is received.
Further, the garbage throwing rules comprise a monthly garbage throwing frequency rule and/or a corresponding relation between the garbage amount and the residence time;
the monthly garbage throwing frequency rule is that a server specifies that a tenant needs to throw n times of garbage into a garbage classification intelligent box every month, the tenant throws less garbage into the garbage classification intelligent box every month, and the server judges that the tenant violates the monthly garbage throwing frequency rule, wherein n is a positive integer and is more than fifteen; and the server sends warning information to a preset terminal.
The corresponding relation between the garbage amount and the residence time is that the tenant can generate 10Xg-20Xg of garbage when the tenant lives in the rental house for X hours, wherein X is a positive number larger than 0;
if the server calculates that the average residence time of the tenant in the rental house is 12 hours each day, the average amount of garbage generated by the tenant is 120g-240g each day.
Compared with the prior art, the invention has the advantages that the rental house garbage classification management system is provided with the electronic door lock and the electricity utilization manager, the electronic door lock is used for detecting the condition that a tenant enters and exits the rental house every day and sending the data of the tenant entering and exiting the rental house every day to the server, the electricity utilization manager is used for detecting the daily electricity consumption of the rental house and sending the daily electricity consumption data of the rental house to the server, the server judges the average daily living time of the tenant in the rental house according to the daily data of the tenant entering and exiting the rental house and the daily electricity utilization data of the rental house, so as to calculate the average daily garbage quantity of the tenant, the tenant needs to put the garbage generated in the rental house into the garbage classification intelligent box in the corresponding cell of the rental house, so that the garbage generated in the rental house can be classified and managed, the tenant is prevented from throwing the garbage to other places, causing management confusion of garbage.
Drawings
Embodiments of the invention are described in further detail below with reference to the attached drawing figures, wherein:
fig. 1 is a schematic structural view of a rental-house garbage classification management system according to the present invention.
Fig. 2 is a flow chart of the rental-house garbage classification management method according to the present invention.
In the figure: 1-cell, 2-server, 3-garbage classification intelligent box, 4-rental house, 31-identity recognizer, 32-weighing mechanism, 41-rental house gate, 42-electricity utilization manager, 43-television, 44-refrigerator, 45-electric lamp, 46-water heater, 47-air conditioner, 48-electric kettle, 49-socket and 411-electronic door lock.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc., indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplicity of description, but do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
As shown in fig. 1, a rental-house garbage classification management system includes a server 2, a garbage classification intelligent box 3 and a plurality of rental houses 4 are arranged in a community 1, a rental-house gate 41 and a power utilization manager 42 are arranged in each rental house 4, an electronic door lock 411 is arranged on the rental-house gate 41, an identity identifier 31 and a weighing mechanism 32 are arranged on each garbage classification intelligent box 3, and the power utilization manager 42, the electronic door lock 411, the identity identifier 31 and the weighing mechanism 32 are respectively connected with the server 2 through networks; the power consumption manager 42 is used for detecting the power consumption of the rental houses 4 every day and sending the power consumption data of the rental houses 4 every day to the server 2, the electronic door lock 411 is used for detecting the condition that the tenants get in and out the rental houses 4 every day and sending the data of the tenants getting in and out the rental houses 4 every day to the server 2, the identity recognizer 31 is used for carrying out identity recognition on the tenants and sending the identity information of the tenants to the server 2, and the weighing mechanism 32 is used for weighing the garbage thrown in by the tenants and sending the weight data of the garbage thrown in by the tenants to the server 2.
Specifically, the electronic door lock 411 comprises a lock body base and a handle movably connected with the lock body base at the upper end; the trigger structure of the electronic door lock comprises a reed switch arranged on a lock body base, a shifting lever arranged on the surface of a handle and capable of moving, and a permanent magnet arranged on the back of the handle and capable of moving correspondingly along with the shifting lever, wherein the state of the reed switch is changed due to the change of a magnetic field generated by the movement of the permanent magnet; in an initial state, the handle is closed in the lock body base and is in a closed state, so that whether the rental house door 41 is closed or not can be obtained by judging the state change of the reed switch, that is, the reed switch is used for detecting whether the rental house door 41 is closed or not, and when a tenant enters or leaves the rental house 4, the electronic door lock 411 sends data of the tenant entering or leaving the rental house 4 to the server 2 according to the state change of the reed switch. The reed switch has low power consumption and can effectively reduce the use cost.
Specifically, the electronic door lock 411 of the present embodiment may adopt a triggering structure of an electronic lock with chinese patent application No. 201510859985.8.
Specifically, the identity identifier 31 is an IC card reader, before the tenant puts the garbage into the garbage classification smart box 3, the tenant needs to place the IC card on the IC card reader for identification, and the garbage classification smart box 3 reads tenant information and sends the weight data of the garbage put by the tenant to the server 2. Of course, the identity recognizer 31 may also be implemented by using a face recognizer, a fingerprint recognizer, or the like.
Specifically, a television 43, a refrigerator 44, an electric lamp 45, a water heater 46, an air conditioner 47, an electric kettle 48, a socket 49 and a loudspeaker are arranged in the rental house 4, and the television 43, the refrigerator 44, the electric lamp 45, the water heater 46, the air conditioner 47, the electric kettle 48, the socket 49 and the loudspeaker are arranged in the rental house 4; the loudspeakers are respectively connected with the electricity utilization manager 42, the electricity utilization manager 42 is used for detecting electricity consumption of the television 43, the refrigerator 44, the electric lamp 45, the water heater 46, the air conditioner 47, the electric kettle 48, the socket 49 and the loudspeakers, as a preferable mode, a plurality of electricity utilization appliances are further arranged in the rental houses 4, the electricity utilization appliances in the rental houses 4 are all connected with the electricity utilization manager 42, and the electricity utilization manager 42 is used for detecting the electricity consumption of the electricity utilization appliances in the rental houses 4.
Specifically, the loudspeaker is used for sending the garbage classification information notification of the cell 1 corresponding to the rental housing 4 to the tenant.
Specifically, as a preferable mode, the electricity manager 42 may adopt an electricity manager of the LNSM series of beijing le birdtech ltd, but is not limited to adopt an electricity manager of this type, as long as the functions of monitoring the electric energy of the electrical appliance and sending the electricity data to the server can be realized.
Specifically, as an optimal mode, the intelligent garbage classification box 3 adopts an intelligent garbage can with an anti-pinch function, which is disclosed in chinese patent application No. 201620788645.0.
As shown in fig. 2, the present embodiment discloses a method for managing garbage classification of a rental house, which includes the following steps:
step S0, before the tenant enters the rental shop 4, the server 2 needs to identify the identity of the tenant and record the identity information of the tenant into the server 2. Specifically, the tenant can input the personal identity information through the face recognizer or the fingerprint recognizer, and the personal identity information of the tenant is transmitted to the server 2 through the network to be stored.
Step S1, the server 2 judges the average daily living time of the tenant in the rental houses 4 according to the daily data of the tenant entering and exiting the rental houses 4 and the daily electricity consumption data of the rental houses 4; the data of the tenants entering and exiting the rental houses 4 every day is detected by the electronic door lock 411, and the data of the electricity consumption of the rental houses 4 every day is detected by the electricity consumption manager 42.
Specifically, since the electronic door lock 411 can only detect that a tenant enters or leaves the rental housing 4, and cannot accurately know whether a person is in the rental housing 4, the electronic door lock 411 needs to be used in cooperation with the electricity manager 42 to determine whether the tenant is in the rental housing 4, and it can be known from intelligent big data statistics that the tenant consumes 0.2 to 0.4 degrees of electricity in the rental housing 4 in an average hour, and if the electronic door lock 411 detects that the tenant enters or leaves the rental housing 4 at 18 pm on the same day and that the tenant enters or leaves the rental housing 4 at 8 am on the next day, and the electricity manager 42 detects that the electricity consumption of the rental housing 4 is in a range of 2.4 to 4.8 degrees in a time period from 20 pm to 8 am on the next day, it can be determined that the effective residence time of the tenant of the rental housing 4 is 12 hours.
Step S2, the server 2 calculates the average daily garbage amount of the tenant according to the average daily living time of the tenant in the rental house 4, and judges whether the corresponding tenant meets the preset garbage throwing rule according to the weight data of the garbage thrown by the tenant corresponding to the garbage classification intelligent box 3 in the community 1 corresponding to the rental house 4; wherein, the weight data of the garbage thrown by the tenant is obtained by weighing through a weighing mechanism 32.
Specifically, the garbage throwing rules include a monthly garbage throwing frequency rule and/or a corresponding relation between the garbage amount and the residence time.
The monthly garbage throwing frequency rule is that the server 2 specifies that a tenant needs to throw n times of garbage into the garbage classification intelligent box 3 every month, the tenant throws less garbage into the garbage classification intelligent box 3 every month, and the server 2 judges that the tenant violates the monthly garbage throwing frequency rule, wherein n is a positive integer and is more than fifteen; if the tenant violates the monthly garbage throwing frequency rule, the server 2 sends warning information to a preset terminal.
Specifically, the preset terminal includes a cell manager's mobile phone, a mobile phone of a rental house owner, and the like, so that the cell manager gives a warning to a tenant who violates a rule, and if necessary, the tenant is punished. The specific punishment rule is as follows:
and if the number of times that the tenant violates the monthly garbage throwing number rule per month is less than five times, the fine a is one yuan per time, wherein a is a positive integer and n is greater than a.
And if the number of times that the tenant violates the monthly garbage throwing number rule per month is more than or equal to five times and less than fifteen times, the first four fines are a yuan, and the number of the fines exceeds the four fines is b yuan, wherein b is a positive integer and is more than a.
And if the number of times that the tenant violates the monthly garbage throwing time rule per month is more than or equal to fifteen times, the first four fines are a yuan, the fifth to the fourteenth fines are b yuan, and the more than fourteen fines are c yuan, wherein c is a positive integer and c is more than a.
Since the present embodiment can be applied to a plurality of scenarios, and the values of n, a, b, and c are all different according to different application scenarios, as a preferred scheme, n is 30, a is 5, b is 10, and c is 15, the monthly garbage throwing frequency rule is replaced with:
the monthly garbage throwing frequency rule is that a tenant needs to throw 30 times of garbage into the garbage classification intelligent box 3 every month, the tenant throws less garbage into the garbage classification intelligent box 3 every month, the server 2 judges that the tenant violates the monthly garbage throwing frequency rule, and n is equal to 30.
If the tenant violates the monthly garbage throwing frequency rule, the tenant will be punished, and the specific punishment rule is as follows:
and if the number of times that the tenant violates the monthly garbage throwing number rule per month is less than five, 5 yuan is paid for each time.
And if the number of times that the tenant violates the monthly garbage throwing number rule per month is more than or equal to five times and less than fifteen times, the fine 5 yuan for the first four times exceeds 10 yuan for the fine for the fourth time.
If the number of times that the tenant violates the monthly garbage throwing time rule per month is more than or equal to fifteen times, the five-time fine is 5 yuan, the five-time fine to the fourteenth-time fine is 10 yuan, and the fourteen-time fine is 15 yuan.
Assuming that a tenant puts 22 times of garbage into the garbage classification intelligent box 3 in one month, the tenant violates the eight monthly garbage putting times rule, wherein the first four times of garbage putting times rule each need 5 yuan, the first four times of garbage putting times rule need 20 yuan, the second four times of garbage putting times rule need 10 yuan, the second four times of garbage putting times rule need 40 yuan, the tenant together needs 60 yuan, and the amount of the fine can be directly deducted from the IC card of the tenant or the tenant scans a two-dimensional code to pay.
The punishment rule is set in the embodiment, so as to more standardize the management of the garbage generated by the tenant in the rental house 4 and prevent the tenant from throwing the garbage to other places to cause the management confusion of the garbage.
The corresponding relation between the garbage amount and the residence time is that the tenant can generate 10Xg-20Xg of garbage when the tenant lives in the rental house 4 for X hours, wherein X is a positive number larger than 0;
if the server 2 calculates that the average daily residence time of the tenant in the rental house 4 is 12 hours, the average daily generated garbage amount of the tenant is 120g-240g, and if the garbage amount thrown by the tenant is less than 120g, the tenant is judged to violate the throwing rule.
If the server 2 calculates that the average daily residence time of the tenant in the rental house 4 is 8 hours, the average daily generated garbage amount of the tenant is 80g-160g, and if the garbage amount thrown by the tenant is 100g, the tenant is judged to comply with the throwing rule.
Specifically, the intelligent garbage classifying bin 3 is provided with an identity recognizer 31, and when a tenant throws garbage into the intelligent garbage classifying bin 3, the intelligent garbage classifying bin 3 can recognize the identity of the tenant and send identity information of the tenant and weight data of the garbage thrown by the tenant to the server 2; the intelligent garbage classification box 3 charges the tenants according to the weight of the tenants throwing garbage.
Specifically, weighing mechanism 32 specifically is the electronic scale, and the tenant needs to put the rubbish that needs to put in on the electronic scale and weigh, and the weighing data transmission of the rubbish that the electronic scale put in the tenant sends server 2 with the rubbish, and server 2 charges the tenant according to the weight that the tenant put in rubbish.
Specifically, when a tenant puts garbage into the garbage classification intelligent box 3, the tenant firstly places an IC card on an IC card reader for identification, then puts the garbage on an electronic scale for weighing, the electronic scale sends weighing data of the garbage put by the tenant to the server 2, specifically, the charging standard of the garbage classification intelligent box 3 can be set according to different conditions, the existing garbage charge is generally 2-10 yuan per kilogram, the charging of the garbage classification intelligent box 3 is 5 yuan per kilogram for example, if the weight of the garbage needing to be put by the tenant is 0.2 kilogram, the cost of the garbage classification intelligent box 3 to the tenant at this time is 1 yuan, the server 2 can deduct the fee from the IC card of the tenant, and the tenant can also pay by scanning the two-dimensional code of the garbage classification intelligent box 3, which is very convenient.
Step S3, the server 2 drives the electronic door lock 411 to be in a closed state and drives the electricity manager 42 to be in a closed state according to the preset condition;
wherein the preset conditions are as follows: the rental term of the tenant expires or a rental termination instruction sent by the owner of the rental house 4 is received.
Specifically, an emergency locking device is further disposed in the electronic door lock 411, and when a tenant needs to be replaced, the emergency locking device is activated, so that the electronic door lock 411 is in a closed state, and an old tenant cannot enter the rental room 4.
Specifically, when a new tenant enters the rental house 4, the server 2 drives the emergency locking device of the electronic door lock 411 to close, so that the electronic door lock 411 is in an open state, and the server 2 drives the power manager 42 to be in an open state.
In the embodiment, the electronic door lock 411 and the electricity manager 42 are arranged, the electronic door lock 411 is used for detecting the condition that a tenant enters and exits the rental housing 4 every day and sending the data of the tenant entering and exiting the rental housing 4 every day to the server 2, the electricity manager 42 is used for detecting the daily electricity consumption of the rental housing 4 and sending the daily electricity consumption data of the rental housing 4 to the server 2, the server 2 judges the average residence time of the tenant in the rental housing 4 every day according to the daily data of the tenant entering and exiting the rental housing 4 and the daily electricity consumption data of the rental housing 4, thereby calculating the average daily garbage amount of the tenants, the tenants need to put the garbage generated in the rental houses 4 into the garbage classification intelligent boxes 3 in the cells 1 corresponding to the rental houses 4, therefore, the garbage generated by the tenants in the rental houses 4 can be classified and managed, and the situation that the tenants throw the garbage to other places to cause garbage management confusion is prevented.
Various other modifications and changes may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such modifications and changes should fall within the scope of the claims of the present invention.
Claims (8)
1. The utility model provides a rental-house garbage classification management system which characterized in that: the intelligent garbage classification box comprises a server, a garbage classification intelligent box and a plurality of rental houses are arranged in a community, a rental house gate and a power utilization manager are arranged in each rental house, an electronic door lock is arranged on the rental house gate, an identity recognizer and a weighing mechanism are arranged on the garbage classification intelligent box, and the power utilization manager, the electronic door lock, the identity recognizer and the weighing mechanism are respectively connected with the server through a network; the power consumption manager is used for detecting the daily power consumption of the rental houses and sending the daily power consumption data of the rental houses to the server, the electronic door lock is used for detecting the condition that the tenants pass in and out the rental houses every day and sending the data of the tenants passing in and out the rental houses every day to the server, the identity recognizer is used for carrying out identity recognition on the tenants and sending the identity information of the tenants to the server, and the weighing mechanism is used for weighing the garbage thrown in by the tenants and sending the weight data of the garbage thrown in by the tenants to the server.
2. The rental-house garbage classification management system according to claim 1, characterized in that: the electronic door lock comprises a lock body base and a handle, wherein the upper end of the handle is movably connected with the lock body base; the trigger structure of the electronic door lock comprises a reed switch arranged on a lock body base, a shifting lever arranged on the surface of a handle and capable of moving, and a permanent magnet arranged on the back of the handle and capable of moving correspondingly along with the shifting lever, wherein the state of the reed switch is changed due to the change of a magnetic field generated by the movement of the permanent magnet.
3. The rental-house garbage classification management system according to claim 1, characterized in that: the identity recognizer is an IC card reader or a face recognizer or a fingerprint recognizer.
4. The rental-house garbage classification management system according to claim 1, characterized in that: the taxi is internally provided with a television, a refrigerator, an electric lamp, a water heater, an air conditioner, an electric kettle, a socket and a loudspeaker, wherein the television, the refrigerator, the electric lamp, the water heater, the air conditioner, the electric kettle, the socket and the loudspeaker are respectively connected with the power utilization manager.
5. A rental-house garbage classification management method applied to the rental-house garbage classification management system according to any one of claims 1 to 4, characterized in that: the method comprises the following steps:
step S1, the server judges the average daily living time of the tenant in the rental houses according to the daily data of the tenant entering and exiting the rental houses and the daily electricity consumption data of the rental houses; the data of the tenants entering and exiting the rental houses every day is obtained through detection of the electronic door locks, and the data of the electricity consumption of the rental houses every day is obtained through detection of the electricity consumption manager;
step S2, the server calculates the average daily garbage amount of the tenants according to the average daily living time of the tenants in the rental houses, and judges whether the corresponding tenants meet preset garbage throwing rules according to the weight data of the garbage thrown by the tenants corresponding to the garbage classification intelligent boxes in the community corresponding to the rental houses; and weighing the weight data of the garbage thrown by the tenant by a weighing mechanism.
6. The rental-house garbage classification management method according to claim 5, comprising: step S1 is preceded by:
and step S0, before the tenant leaves the rental house, the server needs to identify the identity of the tenant and record the identity information of the tenant into the server.
7. The rental-house garbage classification management method according to claim 5, comprising: the step S2 is followed by:
step S3, the server drives the electronic door lock to be in a closed state and drives the electricity utilization manager to be in a closed state according to preset conditions;
wherein the preset conditions are as follows: the rental term of the tenant expires or a rental termination instruction sent by the rental house owner is received.
8. The rental-house garbage classification management method according to claim 5, comprising: the garbage throwing rules comprise monthly garbage throwing frequency rules and/or corresponding relations between garbage amount and residence time;
the monthly garbage throwing frequency rule is that a server specifies that a tenant needs to throw n times of garbage into a garbage classification intelligent box every month, the tenant throws less garbage into the garbage classification intelligent box every month, and the server judges that the tenant violates the monthly garbage throwing frequency rule, wherein n is a positive integer and is more than fifteen; if the tenant violates the monthly garbage throwing frequency rule, the server sends warning information to a preset terminal;
the corresponding relation between the garbage amount and the residence time is that the tenant generates 10Xg-20Xg of garbage when the rental housing is occupied for X hours, wherein X is a positive number larger than 0.
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