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Internet-of-things-based intelligent management system for kitchen waste vehicle

An intelligent management system and technology for garbage trucks, applied in the field of intelligent management systems based on Internet of Things kitchen garbage trucks, can solve the difficulty of vehicle equipment supervision, the authenticity, accuracy, and timeliness of sanitation field operation data, and equipment maintenance costs. Increase and other problems, to achieve the effect of reducing sanitation operating costs, improving the quality of sanitation operations, and moving smoothly and consistently

Inactive Publication Date: 2017-06-27
CHONGQING SAGE RENEWABLE RESOURCES UTILIZATION CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] However, at present, there are many loopholes and ambiguities in the collection and transportation of food waste in vehicles, equipment work routes, and safety performance, which brings inconvenience to the standardized management of food waste.
The main manifestations are: 1. It is difficult to supervise the vehicles and equipment. It is difficult to determine whether various operating equipment and operating vehicles arrive at the designated area according to the scheduled time and route; it is difficult to determine whether the operating mode of the operating vehicles is in accordance with the standard and whether the operating quality is up to standard; It is difficult to accurately locate the on-site operating vehicles and equipment, and the emergency command and dispatch is difficult and lacks flexibility. Second, data statistics are difficult: relying on traditional manual management or manual data statistics to ensure the authenticity, accuracy, and The timeliness is greatly reduced, and it is impossible to accurately count the amount of food waste generated, collection and transportation, and relevant control parameters of food waste; 3. Cost management is difficult: because of the flexibility, variability, uncertainty, and unforeseen factors of on-site management Many, bring the following problems: work vehicle equipment work efficiency is not high, equipment vacant cost increases; equipment maintenance costs increase; other management costs increase, etc.

Method used

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  • Internet-of-things-based intelligent management system for kitchen waste vehicle
  • Internet-of-things-based intelligent management system for kitchen waste vehicle
  • Internet-of-things-based intelligent management system for kitchen waste vehicle

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0059] Taking a restaurant as an example, the garbage can number 0031 is obtained through identification, which is a garbage can in xx street. The garbage can weighs 12kg and has a volume of 120L. The restaurant it belongs to is xx restaurant at 19:30 on September 1, 2016. The weighing sensor 4 weighs 138kg, the photoelectric sensor 6 measures the volume of the garbage volume as 100L, the odor gas detector 7 measures the odor concentration of the kitchen waste as <10, the camera 8 shows it as normal kitchen waste, and the vehicle-mounted OBD The box records the basic information of the garbage truck. The sensor network transmits the real-time data transmission to the fixed data collection terminal on the vehicle through Bluetooth, and the data collection terminal transmits the data to the intelligent background for analysis through GPRS. Through the data in the background, it can be analyzed that the restaurant has 3 garbage cans, and the amount of garbage in one day is 250kg,...

Embodiment 2

[0061] This embodiment provides a trial example of a dump truck in a certain area of ​​Wuhan.

[0062] The operating mode of dump garbage truck, garbage bin and information control system is the same as that of Example 1.

[0063]When the garbage can is hung on the automatic lifting and loading device 2, the identifier of the radio frequency card 10 recognizes the radio frequency card 10, and the number of the garbage can is 0003 through identification, which is a garbage can of the xx business unit. For xx business unit, time 2016.09.02 17:25, at the same time, the weighing sensor 4 on the baffle weighed 265kg, the photoelectric sensor 6 measured the volume of the garbage volume was 220L, and the odor gas detector 7 measured the kitchen waste The odor concentration is <10, the camera 8 displays normal kitchen waste, and the vehicle-mounted OBD box records the basic information of the garbage truck. The sensor network transmits the real-time data transmission to the fixed dat...

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Abstract

The invention relates to an intelligent management system for kitchen garbage trucks based on the Internet of Things, including garbage trucks for transporting garbage and an information control system for supervising the working conditions of the garbage trucks; the information control system includes a data acquisition device, a data acquisition Terminal, intelligent background analysis system and client equipment; the data collection device is used to collect information on the working conditions of garbage trucks and the garbage they carry; the data collection terminal is used to collect and summarize the data information obtained by the data collection device; the intelligent The background analysis system is used to analyze and process the data information sent by the data collection terminal. The intelligent management system of the kitchen garbage truck reasonably designs and plans the sanitation operation management mode, improves the sanitation operation quality, and reduces the sanitation operation cost. At the same time, the data collected by a large number of smart sensors is processed and analyzed, and then the potential commercial value of sanitation data is deeply excavated. The market prospect is promising.

Description

technical field [0001] The invention relates to the technical field of an intelligent management system for sanitation garbage trucks, in particular to an intelligent management system for kitchen garbage trucks based on the Internet of Things. Background technique [0002] Food waste is either discarded arbitrarily, or collected as mixed with domestic waste, or directly discharged into underground tunnels or rivers. This disposal method has a great impact on the urban environment. First of all, the scale of food waste is huge, and random discarding will undoubtedly affect the appearance of the city; secondly, food waste contains high moisture and organic matter, contains a variety of unsaturated fatty acids, rots and deteriorates quickly, easily produces bad smells, and breeds Mosquitoes, mixing kitchen waste with other waste can easily cause secondary pollution, which will have a bad impact on environmental sanitation. Finally, if the kitchen waste is directly discharged...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B65F3/02B65F1/00G06Q50/12
CPCB65F3/02B65F1/0033G06Q50/12
Inventor 龚小梅李彬曹宏
Owner CHONGQING SAGE RENEWABLE RESOURCES UTILIZATION CO LTD
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