Novel dustbin monitoring system based on intelligent collection and transportation

Abstract

The invention relates to the field of dustbin monitoring systems, in particular to a novel dustbin monitoring system based on intelligent collection and transportation, which comprises an intelligent dustbin monitoring system. The intelligent dustbin monitoring system comprises a user use module, a remote receiving module, an intelligent management module, a volume calculation module, a real-time monitoring module, a path planning module, an execution planning module and a data simulation module, and the real-time monitoring module is connected with the volume calculation module and the remote receiving module. The remote receiving module and the volume calculation module are both connected with a data simulation module, data simulation can be carried out according to received monitoring and personnel data information and formulated planning through the data simulation module, simulation verification is carried out on path planning and personnel arrangement, garbage collection and transportation work can be easier and more orderly, and the working efficiency is improved. Therefore, the conditions of idle running or unreasonable personnel arrangement, omission and the like during transportation can be effectively avoided, and garbage collection and transportation work is facilitated.

Description

Technical Field

[0001] The present invention relates to the field of garbage bin monitoring systems, and in particular to a new type of garbage bin monitoring system based on intelligent collection and transportation. Background Art

[0002] In real life, people throw garbage every day, and the garbage generated in daily life is often discarded in roadside trash cans and eventually collected by garbage trucks. Many public trash cans are not cleaned in time after they are full, resulting in the garbage falling or piling up around the trash cans, which not only affects environmental sanitation, but also emits odors in seasons with higher temperatures, attracting mosquitoes, flies and insects, leading to a decline in the quality of life of residents. As people pay more and more attention to environmental protection and resource recycling, how to efficiently collect and transport garbage has become a hot issue in today's urban development. The existing trash cans placed in public places such as urban sanitation, communities, corporate parks, commercial plazas, tourist attractions, airports, and office buildings, because the amount of garbage at each garbage disposal point is not clear, it will increase the workload of the cleaning workers and increase the cleaning cost. The garbage collection and transportation personnel cannot purposefully clean only the areas where the garbage is about to be full. Comprehensive cleaning and patrol processing is time-consuming and labor-intensive, and the work efficiency is low. In addition, when cleaning and recycling, because the garbage content in the garbage can is not known and the garbage can may be removed and not in its original position, it often causes unnecessary waste of manpower and time costs during recycling. Therefore, it is necessary to optimize the logistics process of garbage collection and recycling. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings existing in the background technology and to propose a new type of garbage bin monitoring system based on intelligent collection and transportation.

[0004] To achieve the above objectives, the technical solution adopted by the present invention is: a new type of garbage bin monitoring system based on intelligent collection and transportation, including an intelligent garbage bin monitoring system, the intelligent garbage bin monitoring system including a user use module, a remote receiving module, an intelligent management module, a volume calculation module, a real-time monitoring module, a path planning module, an execution planning module and a data simulation module, the real-time monitoring module is connected to the volume calculation module and the remote receiving module, the remote receiving module and the volume calculation module are both connected to the data simulation module, the data simulation module is connected to the intelligent management module, the intelligent management module is connected to the path planning module and the execution planning module, the execution planning module and the path planning module are both connected to the user use module.

[0005] Preferably, the user usage module includes a user usage interface, a data receiving module, a data sending module, a data receiving unit, a data identification unit, a data display unit, a data upload unit, a data marking unit and a data synchronization unit, and the user usage interface is connected to the data receiving module and the data sending module, and the data receiving module and the data sending module are both connected to the data receiving unit, the data identification unit, the data display unit, the data upload unit, the data marking unit and the data synchronization unit.

[0006] Preferably, the remote receiving module includes a remote receiving interface, a monitoring data receiving unit, a management data receiving unit, a monitoring data marking unit, a monitoring data collating unit, a data integration and induction unit and a data upload backup unit; the remote receiving interface is connected to the monitoring data receiving unit, the management data receiving unit, the monitoring data marking unit, the monitoring data collating unit, the data integration and induction unit and the data upload backup unit; the monitoring data receiving unit is connected to the management data receiving unit; the management data receiving unit is connected to the monitoring data marking unit; the monitoring data marking unit is connected to the monitoring data collating unit; the monitoring data collating unit is connected to the data integration and induction unit; and the data integration and induction unit is connected to the data upload backup unit.

[0007] Preferably, the intelligent management module includes an intelligent management interface, a monitoring data comparison module, a personnel data comparison module, a data synchronization receiving unit, a data comparison recording unit, a synchronization calculation unit, a personnel marking unit, a real-time communication unit and an instruction synchronization unit, and the intelligent management interface is connected to the monitoring data comparison module and the personnel data comparison module, and the monitoring data comparison module and the personnel data comparison module are both connected to the data synchronization receiving unit, the data comparison recording unit, the synchronization calculation unit, the personnel marking unit, the real-time communication unit and the instruction synchronization unit.

[0008] Preferably, the volume calculation module includes an individual surplus calculation unit, an individual reception quantity synchronization unit, a regional processing calculation unit, a regional reception quantity synchronization unit and a regional surplus calculation unit, the regional processing calculation unit is connected to the individual reception quantity synchronization unit and the regional reception quantity synchronization unit, the individual reception quantity synchronization unit is connected to the individual surplus calculation unit, and the regional reception quantity synchronization unit is connected to the regional surplus calculation unit.

[0009] Preferably, the real-time monitoring module includes a monitoring integration interface, a receiving quantity monitoring unit, a receiving situation monitoring unit, a regional displacement monitoring unit, a monitoring data synchronization unit and a data integration upload unit, the monitoring integration interface is connected to the receiving quantity monitoring unit, the receiving situation monitoring unit, the regional displacement monitoring unit, the monitoring data synchronization unit and the data integration upload unit, the receiving quantity monitoring unit is connected to the receiving situation monitoring unit, the receiving situation monitoring unit is connected to the regional displacement monitoring unit, the regional displacement monitoring unit is connected to the monitoring data synchronization unit, and the monitoring data synchronization unit is connected to the data integration upload unit.

[0010] Preferably, the path planning module includes a monitoring data reading module, a personnel number reading module, a path calculation module and an instruction transmission module, the monitoring data reading module is connected to the personnel number reading module, the personnel number reading module is connected to the path calculation module, and the path calculation module is connected to the instruction transmission module.

[0011] Preferably, the execution planning module includes a personnel information registration module, a planning path receiving module, a personnel coordination module and an instruction sending module, the personnel information registration module is connected to the planning path receiving module, the planning path receiving module is connected to the personnel coordination module, and the personnel coordination module is connected to the instruction sending module.

[0012] Preferably, the data receiving unit is connected to a data identification unit, the data identification unit is connected to a data display unit, the data display unit is connected to a data upload unit, the data upload unit is connected to a data marking unit, and the data marking unit is connected to a data synchronization unit.

[0013] Preferably, the data synchronization receiving unit is connected to a data comparison and recording unit, the data comparison and recording unit is connected to a synchronization calculation unit, the synchronization calculation unit is connected to a personnel marking unit, the personnel marking unit is connected to a real-time communication unit, and the real-time communication unit is connected to an instruction synchronization unit.

[0014] Compared with the prior art, the present invention has the following beneficial effects:

[0015] 1. The individual receiving quantity synchronization unit in the volume calculation module can realize the data synchronization of the receiving quantity of individual garbage bins, and the regional receiving quantity synchronization unit can realize the data synchronization of the receiving quantity of the entire garbage bin in the area. After that, the regional processing calculation unit can use the individual surplus calculation unit and the regional surplus calculation unit to realize the surplus calculation of the individual garbage bin and the entire garbage bin in the area, thereby providing data support for the subsequent planning of garbage collection and transportation, which is conducive to practical use.

[0016] 2. Through the data simulation module, data simulation can be performed according to the monitoring and personnel data information of the receiving site and the formulated plan, and the path planning and personnel arrangement can be simulated and verified, so that the garbage collection and transportation work can be easier and more orderly, thereby effectively avoiding "empty trips" or unreasonable personnel arrangements and omissions during transportation, which is beneficial to the garbage collection and transportation work.

[0017] 3. When managing the collection and transportation work, the monitoring data can be compared through the monitoring data comparison module, and the personnel data comparison module can be used to compare the annual personnel data, so as to achieve "adapting to the times" and "adapting to local conditions". The data synchronization receiving unit can synchronize the data information of the remote receiving module, and the data comparison recording unit can record the data comparison between the monitoring data comparison module and the personnel data comparison module. The synchronous calculation unit can verify whether there is any error in the current management method based on the calculation of the comparison data, and the personnel marking unit can be used to mark the garbage collection and transportation personnel, so as to facilitate subsequent management work.

[0018] 4. The real-time communication unit can ensure communication between management personnel and garbage collection and transportation personnel, which is beneficial to management work. At the same time, the instruction synchronization unit can effectively ensure the synchronization of the issued instructions, thereby avoiding instruction delays and the like. When managing personnel to collect and transport garbage, the monitoring data of the garbage bin can be read through the monitoring data reading module in the path planning module, and the path calculation module can be used to calculate the path based on the personnel data read by the personnel number reading module, so as to plan the path for garbage collection and transportation based on the specific conditions of the existing personnel and the garbage bins at each point, and finally coordinate the personnel according to the path planning information through the personnel coordination module, and send the specific instructions of the personnel arranged for each path to the user module through the instruction sending module.

[0019] 5. The data receiving unit inside the data receiving module can receive work instructions, and the data identification unit can quickly identify the received instruction information and display it through the data display unit, so that the staff can quickly understand it. At the same time, the data uploading unit inside the data sending module can help the staff upload and report the problems and situations in the garbage collection and transportation process. The uploaded data information can be marked through the data marking unit, which is convenient for management personnel to respond and is conducive to quickly solving garbage collection and transportation problems. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a smart garbage bin monitoring system architecture diagram of a new type of garbage bin monitoring system based on smart collection and transportation of the present invention;

[0021] Figure 2This is a schematic diagram of the user module structure of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention;

[0022] Figure 3 This is a schematic diagram of the structure of a remote receiving module of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention;

[0023] Figure 4 This is a schematic diagram of the structure of an intelligent management module of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention;

[0024] Figure 5 This is a schematic diagram of the structure of a volume calculation module of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention;

[0025] Figure 6 This is a structural schematic diagram of a real-time monitoring module of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention;

[0026] Figure 7 This is a schematic diagram of the structure of a path planning module of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention;

[0027] Figure 8 This is a schematic diagram of the execution planning module structure of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention;

[0028] Fig. 9 This is a schematic diagram of the intelligent garbage collection and transportation process of a new type of garbage bin monitoring system based on intelligent collection and transportation of the present invention.

[0029] 1. Intelligent garbage bin monitoring system; 11. User use module; 111. User use interface; 112. Data receiving module; 113. Data sending module; 114. Data receiving unit; 115. Data identification unit; 116. Data display unit; 117. Data upload unit; 118. Data marking unit; 119. Data synchronization unit; 12. Remote receiving module; 121. Remote receiving interface; 122. Monitoring data receiving unit; 123. Management data receiving unit; 124. Monitoring data marking unit; 125. Monitoring data sorting unit; 126. Data integration and induction unit; 127. Data upload and backup unit; 13. Intelligent management module; 131. Intelligent management interface; 132. Monitoring data comparison module; 133. Personnel data comparison module; 134. Data synchronization receiving unit; 135. Data comparison recording unit; 136. Synchronous calculation unit; 137. Personnel marking Unit; 138, real-time communication unit; 139, instruction synchronization unit; 14, volume calculation module; 141, individual surplus calculation unit; 142, individual receiving volume synchronization unit; 143, regional processing calculation unit; 144, regional receiving volume synchronization unit; 145, regional surplus calculation unit; 15, real-time monitoring module; 151, monitoring integration interface; 152, receiving volume monitoring unit; 153, receiving situation monitoring unit; 154, regional displacement monitoring unit; 155, monitoring data synchronization unit; 156, data integration upload unit; 16, path planning module; 161, monitoring data reading module; 162, personnel number reading module; 163, path calculation module; 164, instruction transmission module; 17, execution planning module; 171, personnel information registration module; 172, planning path receiving module; 173, personnel coordination module; 174, instruction sending module; 18, data simulation module. DETAILED DESCRIPTION

[0030] The following description is used to disclose the present invention so that those skilled in the art can implement the present invention. The preferred embodiments described below are only examples, and those skilled in the art may think of other obvious variations.

[0031] like Figure 1-Figure 9A new type of garbage bin monitoring system based on intelligent collection and transportation is shown, including an intelligent garbage bin monitoring system 1, the intelligent garbage bin monitoring system 1 includes a user use module 11, a remote receiving module 12, an intelligent management module 13, a volume calculation module 14, a real-time monitoring module 15, a path planning module 16, an execution planning module 17 and a data simulation module 18, the real-time monitoring module 15 is connected to the volume calculation module 14 and the remote receiving module 12, the remote receiving module 12 and the volume calculation module 14 are both connected to the data simulation module 18, the data simulation module 18 is connected to the intelligent management module 13, and the intelligent management module 13 is connected to The path planning module 16 and the execution planning module 17, the execution planning module 17 and the path planning module 16 are all connected to the user use module 11. In actual use, people can use the smart garbage bin monitoring system 1 to monitor the garbage bins in various areas, and then use the data simulation module 18 to perform data simulation based on the monitoring and personnel data information of the receiving location and the formulated plan, and simulate and verify the path planning and personnel arrangement, so that the garbage collection and transportation work can be easier and more orderly, thereby effectively avoiding "empty trips" or unreasonable personnel arrangements and omissions during transportation, which is beneficial to the garbage collection and transportation work.

[0032] The remote receiving module 12 includes a remote receiving interface 121, a monitoring data receiving unit 122, a management data receiving unit 123, a monitoring data marking unit 124, a monitoring data sorting unit 125, a data integration and summarization unit 126, and a data upload backup unit 127. The remote receiving interface 121 is connected to the monitoring data receiving unit 122, the management data receiving unit 123, the monitoring data marking unit 124, the monitoring data sorting unit 125, the data integration and summarization unit 126, and the data upload backup unit 127. The monitoring data receiving unit 122 is connected to the management data receiving unit 123, the management data receiving unit 123 is connected to the monitoring data marking unit 124, the monitoring data marking unit 124 is connected to the monitoring data sorting unit 125, and the monitoring data sorting unit 125 It is connected to a data integration and summarization unit 126, and the data integration and summarization unit 126 is connected to a data upload backup unit 127. The monitoring data receiving unit 122 in the remote receiving module 12 can receive the monitoring integration data uploaded by the data integration upload unit 156, and the management data receiving unit 123 can receive the data application in the management process. The monitoring data marking unit 124 can mark the received monitoring data according to the garbage bin number and the area number. The monitoring data sorting unit 125 can manage the received monitoring data. The data integration and summarization unit 126 can integrate and summarize the data received by the monitoring data receiving unit 122 and the management data receiving unit 123, and the uploaded data can be backed up and retained through the data upload backup unit 127.

[0033] The intelligent management module 13 includes an intelligent management interface 131, a monitoring data comparison module 132, a personnel data comparison module 133, a data synchronization receiving unit 134, a data comparison recording unit 135, a synchronization calculation unit 136, a personnel marking unit 137, a real-time communication unit 138 and an instruction synchronization unit 139. The intelligent management interface 131 is connected to the monitoring data comparison module 132 and the personnel data comparison module 133. The monitoring data comparison module 132 and the personnel data comparison module 133 are both connected to the data synchronization receiving unit 134, the data comparison recording unit 135, the synchronization calculation unit 136, the personnel marking unit 137, the real-time communication unit 138 and the instruction synchronization unit 139. The data synchronization receiving unit 134 is connected to the data comparison recording unit 135. The data comparison recording unit 135 is connected to the synchronization calculation unit 136. The synchronization calculation unit 136 is connected to the personnel marking unit 137. The personnel marking unit 137 is connected to the real-time communication unit 138. 138 is connected to an instruction synchronization unit 139. When managing the collection and transportation work, the monitoring data can be compared through the monitoring data comparison module 132, and the personnel data can be compared through the personnel data comparison module 133, so as to realize "adapting to the times" and "adapting to local conditions". The data information of the remote receiving module 12 can be synchronized through the data synchronization receiving unit 134, and the data comparison between the monitoring data comparison module 132 and the personnel data comparison module 133 can be recorded through the data comparison recording unit 135. The synchronization calculation unit 136 can verify whether there is an error in the current management method based on the calculation of the comparison data, and the personnel marking unit 137 can mark the garbage collection and transportation personnel to facilitate subsequent management work. The real-time communication unit 138 can ensure the communication between the management personnel and the garbage collection and transportation personnel, which is conducive to management work. At the same time, the instruction synchronization unit 139 can effectively ensure the synchronization of the issued instructions, thereby avoiding instruction delays and the like.

[0034] The volume calculation module 14 includes an individual surplus calculation unit 141, an individual receiving quantity synchronization unit 142, an area processing calculation unit 143, an area receiving quantity synchronization unit 144 and an area surplus calculation unit 145. The area processing calculation unit 143 is connected to the individual receiving quantity synchronization unit 142 and the area receiving quantity synchronization unit 144. The individual receiving quantity synchronization unit 142 is connected to the individual surplus calculation unit 141. The area receiving quantity synchronization unit 144 is connected to the area surplus calculation unit 145. At the same time, the individual receiving quantity synchronization unit 142 in the volume calculation module 14 can realize the data synchronization of the receiving quantity of the individual garbage bin, and the area receiving quantity synchronization unit 144 can realize the data synchronization of the receiving quantity of the entire garbage bin in the area. Afterwards, the area processing calculation unit 143 can use the individual surplus calculation unit 141 and the area surplus calculation unit 145 to realize the surplus calculation of the individual garbage bin and the garbage bin in the area as a whole, thereby providing data support for the subsequent planning of garbage collection and transportation, which is beneficial to practical use.

[0035] The real-time monitoring module 15 includes a monitoring integration interface 151, a receiving amount monitoring unit 152, a receiving situation monitoring unit 153, a regional displacement monitoring unit 154, a monitoring data synchronization unit 155 and a data integration upload unit 156. The monitoring integration interface 151 is connected to the receiving amount monitoring unit 152, the receiving situation monitoring unit 153, the regional displacement monitoring unit 154, the monitoring data synchronization unit 155 and the data integration upload unit 156. The receiving amount monitoring unit 152 is connected to the receiving situation monitoring unit 153, the receiving situation monitoring unit 153 is connected to the regional displacement monitoring unit 154, the regional displacement monitoring unit 154 is connected to the monitoring data synchronization unit 155, and the monitoring The data synchronization unit 155 is connected to the data integration upload unit 156. The real-time monitoring module 15 can realize real-time monitoring of each garbage bin in the area. The receiving volume monitoring unit 152 can realize real-time monitoring of the receiving volume of each garbage bin. The receiving situation monitoring unit 153 can realize real-time monitoring of the garbage delivery volume of each garbage bin. The regional discharge volume monitoring unit 154 can realize accurate monitoring of the overall garbage discharge volume of the area. The monitoring data synchronization unit 155 can realize data synchronization of each monitoring point. The data integration upload unit 156 can realize integration of monitoring data of each monitoring point, and the integrated monitoring data can be uploaded.

[0036] The path planning module 16 includes a monitoring data reading module 161, a personnel number reading module 162, a path calculation module 163 and an instruction transmission module 164. The monitoring data reading module 161 is connected to the personnel number reading module 162, the personnel number reading module 162 is connected to the path calculation module 163, and the path calculation module 163 is connected to the instruction transmission module 164. When the personnel are managed to collect and transport garbage, the monitoring data of the garbage bin can be read by the monitoring data reading module 161 in the path planning module 16, and the path can be calculated by using the path calculation module 163 according to the personnel data read by the personnel number reading module 162, so as to plan the path for garbage collection and transportation according to the specific conditions of the existing personnel and the garbage bins at each point. The planned path can be transmitted to the intelligent management module 13 and the execution planning module 17 through the instruction transmission module 164.

[0037] The execution planning module 17 includes a personnel information registration module 171, a planned path receiving module 172, a personnel coordination module 173 and an instruction sending module 174. The personnel information registration module 171 is connected to the planned path receiving module 172, the planned path receiving module 172 is connected to the personnel coordination module 173, and the personnel coordination module 173 is connected to the instruction sending module 174. By executing the personnel information registration module 171 in the execution planning module 17, the information of the garbage collection and transportation personnel can be recorded. At the same time, the planned path receiving module 172 can receive the path planning information sent by the instruction transmission module 164, and finally the personnel coordination module 173 can be used to coordinate the personnel according to the path planning information. By sending the instruction module 174, the specific instructions for the personnel arranged for each path can be sent to the user module 11.

[0038] The user use module 11 includes a user use interface 111, a data receiving module 112, a data sending module 113, a data receiving unit 114, a data identification unit 115, a data display unit 116, a data upload unit 117, a data marking unit 118 and a data synchronization unit 119. The user use interface 111 is connected to the data receiving module 112 and the data sending module 113. The data receiving module 112 and the data sending module 113 are both connected to the data receiving unit 114, the data identification unit 115, the data display unit 116, the data upload unit 117, the data marking unit 118 and the data synchronization unit 119. The data receiving unit 114 is connected to the data identification unit 115. The data identification unit 115 is connected to the data display unit 116. The display unit 116 is connected to a data upload unit 117, the data upload unit 117 is connected to a data marking unit 118, and the data marking unit 118 is connected to a data synchronization unit 119. The data receiving unit 114 inside the data receiving module 112 can receive work instructions, and the received instruction information can be quickly identified through the data identification unit 115, and displayed through the data display unit 116, so that the staff can quickly understand it. At the same time, the data upload unit 117 inside the data sending module 113 can help the staff to upload and report the problems and situations in the garbage collection and transportation process, and the uploaded data information can be marked through the data marking unit 118, which is convenient for management personnel to respond and is conducive to quickly solving garbage collection and transportation problems.

[0039] Working principle:

[0040] In actual use, people can use the smart garbage bin monitoring system 1 to monitor the garbage bins in each area, and can realize real-time monitoring of each garbage bin in the area through the real-time monitoring module 15. The receiving amount monitoring unit 152 can realize real-time monitoring of the receiving amount of each garbage bin. The receiving situation monitoring unit 153 can realize real-time monitoring of the garbage delivery amount of each garbage bin. The regional discharge monitoring unit 154 can realize accurate monitoring of the overall garbage discharge of the area. The monitoring data synchronization unit 155 can realize data synchronization of each monitoring point. The data integration and uploading unit 156 can realize the integration of monitoring data of each monitoring point, and the integrated monitoring data can be uploaded. The monitoring data receiving unit 122 in block 12 can receive the monitoring integration data uploaded by the data integration uploading unit 156, can receive the data application in the management process through the management data receiving unit 123, can mark the received monitoring data according to the garbage bin number and the area number through the monitoring data marking unit 124, can manage the received monitoring data through the monitoring data sorting unit 125, can integrate and summarize the data received by the monitoring data receiving unit 122 and the management data receiving unit 123 through the data integration and summarization unit 126, can back up and retain the uploaded data through the data upload backup unit 127, and can realize the synchronization of the individual receiving amount in the volume calculation module 14. The data synchronization of the receiving quantity of individual garbage bins can be achieved through the regional receiving quantity synchronization unit 144, and then the regional processing calculation unit 143 can use the individual surplus calculation unit 141 and the regional surplus calculation unit 145 to realize the surplus calculation of the individual garbage bins and the garbage bins in the region as a whole, so as to provide data support for the subsequent planning of garbage collection and transportation, which is beneficial to practical use. Afterwards, the data simulation module 18 can perform data simulation according to the monitoring and personnel data information of the receiving site and the formulated plan, and simulate and verify the path planning and personnel arrangement, so that the garbage collection and transportation work can be easier and more orderly, thereby effectively avoiding the occurrence of "empty trips" or personnel arrangements during transportation. It is beneficial to the garbage collection and transportation work to eliminate unreasonable situations and omissions. When managing the collection and transportation work, the monitoring data can be compared through the monitoring data comparison module 132, and the personnel data comparison module 133 can be compared with the personnel annual data to achieve "adapting to the times" and "adapting to local conditions". The data information of the remote receiving module 12 can be synchronized through the data synchronization receiving unit 134, and the data comparison between the monitoring data comparison module 132 and the personnel data comparison module 133 can be recorded through the data comparison recording unit 135. The synchronization calculation unit 136 can verify whether there is an error in the current management method based on the calculation of the comparison data, and the garbage collection and transportation personnel can be marked by the personnel marking unit 137.To facilitate the subsequent management work, the real-time communication unit 138 can ensure the communication between the management personnel and the garbage collection and transportation personnel, which is conducive to the management work. At the same time, the instruction synchronization unit 139 can effectively ensure the synchronization of the issued instructions, so as to avoid the occurrence of instruction delays and the like. When the personnel are managed to collect and transport the garbage, the monitoring data of the garbage bin can be read by the monitoring data reading module 161 in the path planning module 16, and the path can be calculated by using the path calculation module 163 according to the personnel data read by the personnel number reading module 162, so as to plan the path for garbage collection and transportation according to the specific conditions of the existing personnel and the garbage bins at each point. The planned path can be transmitted to the intelligent management module 13 and the execution planning module 17 through the instruction transmission module 164, and the information of the garbage collection and transportation personnel can be recorded through the personnel information registration module 171 in the execution planning module 17. The path planning receiving module 172 can receive the path planning information sent by the instruction transmission module 164, and finally the personnel coordination module 173 can coordinate the personnel according to the path planning information. The instruction sending module 174 can send the specific instructions of the personnel arranged for each path to the user module 11. The data receiving unit 114 inside the data receiving module 112 can receive the work instructions, and the data identification unit 115 can quickly identify the received instruction information, and display it through the data display unit 116, so that the staff can quickly understand it. At the same time, the data uploading unit 117 inside the data sending module 113 can help the staff upload and report the problems and situations in the garbage collection and transportation process, and the uploaded data information can be marked by the data marking unit 118, so that the management personnel can respond conveniently, which is conducive to quickly solving the garbage collection and transportation problems.

[0041] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions only describe the principles of the present invention. The present invention may be subject to various changes and improvements without departing from the spirit and scope of the present invention. These changes and improvements fall within the scope of the present invention. The scope of protection claimed by the present invention is defined by the attached claims and their equivalents.

Claims

1. A new type of garbage bin monitoring system based on intelligent collection and transportation, comprising an intelligent garbage bin monitoring system (1), characterized in that: The intelligent garbage bin monitoring system (1) comprises a user use module (11), a remote receiving module (12), an intelligent management module (13), a volume calculation module (14), a real-time monitoring module (15), a path planning module (16), an execution planning module (17) and a data simulation module (18); the real-time monitoring module (15) is connected to the volume calculation module (14) and the remote receiving module (12); the remote receiving module (12) and the volume calculation module (14) are both connected to the data simulation module (18); the data simulation module (18) is connected to the intelligent management module (13); the intelligent management module (13) is connected to the path planning module (16) and the execution planning module (17); the execution planning module (17) and the path planning module (16) are both connected to the user use module (11).

2. According to claim 1, a new type of garbage bin monitoring system based on intelligent collection and transportation is characterized in that: The user use module (11) comprises a user use interface (111), a data receiving module (112), a data sending module (113), a data receiving unit (114), a data identification unit (115), a data display unit (116), a data upload unit (117), a data marking unit (118) and a data synchronization unit (119); the user use interface (111) is connected to the data receiving module (112) and the data sending module (113); the data receiving module (112) and the data sending module (113) are both connected to the data receiving unit (114), the data identification unit (115), the data display unit (116), the data upload unit (117), the data marking unit (118) and the data synchronization unit (119).

3. According to claim 1, a new type of garbage bin monitoring system based on intelligent collection and transportation is characterized in that: The remote receiving module (12) comprises a remote receiving interface (121), a monitoring data receiving unit (122), a management data receiving unit (123), a monitoring data marking unit (124), a monitoring data sorting unit (125), a data integration and summarization unit (126) and a data upload and backup unit (127); the remote receiving interface (121) is connected to the monitoring data receiving unit (122), the management data receiving unit (123), the monitoring data marking unit (124), the monitoring data sorting unit (125), the data integration and summarization unit (126) and the data upload and backup unit (127). The monitoring data receiving unit (122) is connected to a management data receiving unit (123), the management data receiving unit (123) is connected to a monitoring data marking unit (124), the monitoring data marking unit (124) is connected to a monitoring data sorting unit (125), the monitoring data sorting unit (125) is connected to a data integration and summarization unit (126), and the data integration and summarization unit (126) is connected to a data upload backup unit (127).

4. According to claim 1, a new type of garbage bin monitoring system based on intelligent collection and transportation is characterized in that: The intelligent management module (13) comprises an intelligent management interface (131), a monitoring data comparison module (132), a personnel data comparison module (133), a data synchronization receiving unit (134), a data comparison recording unit (135), a synchronization calculation unit (136), a personnel marking unit (137), a real-time communication unit (138) and an instruction synchronization unit (139); the intelligent management interface (131) is connected to the monitoring data comparison module (132) and the personnel data comparison module (133); and the monitoring data comparison module (132) and the personnel data comparison module (133) are both connected to the data synchronization receiving unit (134), the data comparison recording unit (135), the synchronization calculation unit (136), the personnel marking unit (137), the real-time communication unit (138) and the instruction synchronization unit (139).

5. According to claim 1, a new type of garbage bin monitoring system based on intelligent collection and transportation is characterized in that: The volume calculation module (14) comprises an individual surplus calculation unit (141), an individual reception quantity synchronization unit (142), a regional processing calculation unit (143), a regional reception quantity synchronization unit (144) and a regional surplus calculation unit (145); the regional processing calculation unit (143) is connected to the individual reception quantity synchronization unit (142) and the regional reception quantity synchronization unit (144); the individual reception quantity synchronization unit (142) is connected to the individual surplus calculation unit (141); and the regional reception quantity synchronization unit (144) is connected to the regional surplus calculation unit (145).

6. According to claim 1, a new type of garbage bin monitoring system based on intelligent collection and transportation is characterized in that: The real-time monitoring module (15) comprises a monitoring integration interface (151), a receiving quantity monitoring unit (152), a receiving condition monitoring unit (153), a regional displacement monitoring unit (154), a monitoring data synchronization unit (155) and a data integration upload unit (156); the monitoring integration interface (151) is connected to the receiving quantity monitoring unit (152), the receiving condition monitoring unit (153), the regional displacement monitoring unit (154), the monitoring data synchronization unit (155) and the data integration upload unit (156); the receiving quantity monitoring unit (152) is connected to the receiving condition monitoring unit (153); the receiving condition monitoring unit (153) is connected to the regional displacement monitoring unit (154); the regional displacement monitoring unit (154) is connected to the monitoring data synchronization unit (155); and the monitoring data synchronization unit (155) is connected to the data integration upload unit (156).

7. The novel garbage bin monitoring system based on intelligent collection and transportation according to claim 1 is characterized by: The path planning module (16) comprises a monitoring data reading module (161), a personnel number reading module (162), a path calculation module (163) and an instruction transmission module (164); the monitoring data reading module (161) is connected to the personnel number reading module (162); the personnel number reading module (162) is connected to the path calculation module (163); and the path calculation module (163) is connected to the instruction transmission module (164).

8. The novel garbage bin monitoring system based on intelligent collection and transportation according to claim 1 is characterized by: The execution planning module (17) includes a personnel information registration module (171), a planned path receiving module (172), a personnel coordination module (173) and an instruction sending module (174); the personnel information registration module (171) is connected to the planned path receiving module (172); the planned path receiving module (172) is connected to the personnel coordination module (173); and the personnel coordination module (173) is connected to the instruction sending module (174).

9. The novel garbage bin monitoring system based on intelligent collection and transportation according to claim 2 is characterized by: The data receiving unit (114) is connected to a data identification unit (115), the data identification unit (115) is connected to a data display unit (116), the data display unit (116) is connected to a data upload unit (117), the data upload unit (117) is connected to a data marking unit (118), and the data marking unit (118) is connected to a data synchronization unit (119).

10. The novel garbage bin monitoring system based on intelligent collection and transportation according to claim 4 is characterized by: The data synchronization receiving unit (134) is connected to a data comparison and recording unit (135), the data comparison and recording unit (135) is connected to a synchronization calculation unit (136), the synchronization calculation unit (136) is connected to a personnel marking unit (137), the personnel marking unit (137) is connected to a real-time communication unit (138), and the real-time communication unit (138) is connected to an instruction synchronization unit (139).

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