CN114372716A - Smart kitchen management system - Google Patents
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- CN114372716A CN114372716A CN202210032006.1A CN202210032006A CN114372716A CN 114372716 A CN114372716 A CN 114372716A CN 202210032006 A CN202210032006 A CN 202210032006A CN 114372716 A CN114372716 A CN 114372716A
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/067—Enterprise or organisation modelling
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0637—Strategic management or analysis, e.g. setting a goal or target of an organisation; Planning actions based on goals; Analysis or evaluation of effectiveness of goals
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
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Abstract
The invention discloses an intelligent kitchen management system, which comprises: the kitchen enterprise management module comprises a basic information management unit and is used for inputting information of names of kitchen units, unit RFID, barrel RFID, classification, business area, areas, addresses, responsible persons, contact telephones, daily garbage, storage point photos and collection and transportation responsible units; and the electronic contract management unit is used for contract filing, and has the functions of total amount summarization, classification summarization, coverage rate analysis, effectiveness analysis, missed-sign reminding, expiration reminding and the like. Can handle the scope of kitchen garbage supervision from the terminal and extend to overall process such as front end collection, transportation, improve kitchen garbage management level comprehensively, strengthen a wisdom kitchen management system that kitchen garbage supervision ability was built.
Description
Technical Field
The invention relates to the technical field of kitchen treatment, in particular to an intelligent kitchen management system.
Background
At present, with the development of economy, the number of restaurants is increased, but the amount of generated kitchen waste is increased, and if the kitchen waste is not treated well, the environmental pollution is easily caused; the supervision department can not supervise the whole processes of the kitchen waste production, the collection, the transportation and the disposal in real time, and further can not supervise and urge the standard operation of each relevant unit, establish an electronic ledger, and record the situations of the type, the quantity, the direction and the purpose of the kitchen waste in detail. The kitchen waste management links can not be effectively monitored, and the recycling and harmless disposal of the kitchen waste are realized.
Disclosure of Invention
In order to solve the technical problems in the background art, the invention provides the intelligent kitchen management system which can extend the kitchen waste supervision range from terminal disposal to the whole processes of front-end collection, transportation and the like, comprehensively improve the kitchen waste management level and strengthen the kitchen waste supervision capacity. The specific technical scheme is as follows:
an intelligent kitchen management system, comprising:
A. the kitchen enterprise management module comprises a basic information management unit and is used for inputting information of names of kitchen units, unit RFID, barrel RFID, classification, business area, areas, addresses, responsible persons, contact telephones, daily garbage, storage point photos and collection and transportation responsible units; the electronic contract management unit is used for contract filing, and has the functions of total amount summarization, classification summarization, coverage rate analysis, effectiveness analysis, missed-sign reminding, expiration reminding and the like;
the catering enterprise positioning unit is used for calling the map, marking enterprise information on the map and returning a calling result to the comprehensive service platform;
the household-based metering query statistical unit is used for daily kitchen yield information management of a kitchen generating unit, and comprises information of the generating unit, generating time, generating quantity and state description;
the catering enterprise quantity statistical analysis unit is used for carrying out daily, monthly and annual statistical analysis on the receiving and transporting quantity and realizing a data comparison function;
B. the point metering inquiry and statistics module comprises a second basic information management unit and is used for managing information such as kitchen waste unit names, unit IDs, property units, bucket point positions, areas, area populations, addresses, responsible persons, contact telephones, daily garbage, photos, receiving and shipping responsible units and the like;
the second electronic contract management unit is used for contract filing, and has the functions of total amount summarization, classification summarization, coverage rate analysis, effectiveness analysis, missed-sign reminding, expiration reminding and the like;
the kitchen residue point metering, inquiring and counting unit is used for managing daily kitchen yield information of each collection point, comprises information such as a generation unit, generation time, generation quantity, per-capita kitchen allowance and state description and achieves an information retrieval function;
the kitchen allowance statistical analysis unit is used for carrying out daily, monthly and annual statistical analysis on the collected and transported quantity and realizing a data comparison function;
C. the vehicle-mounted weighing supervision module comprises a third basic information management unit and is used for managing the serial number of the vehicle-mounted equipment, the serial number of the card reader equipment, the serial number of the data acquisition instrument and the current state, and realizing information input, information retrieval, information modification and information deletion of information;
the kitchen waste amount acquisition unit is used for acquiring kitchen collection point information and RFID card information, and acquiring waste amount and collection time;
D. the kitchen special barrel management module comprises a fourth basic information management unit and is used for managing data such as special barrel numbers, production units, current states, volumes and the like, and realizing information input, information retrieval, information modification and information deletion on information;
the kitchen special barrel distribution management unit is used for retrieving the use condition of the kitchen special barrel of the current kitchen generation unit and performing distribution management according to the use condition;
E. the vehicle operation supervision module comprises a vehicle information management unit and is used for managing information of license plate numbers, vehicle types, Beidou equipment numbers, right types, vehicle loads and purchase dates;
the personnel management unit is used for inputting and managing information of sex, identity card number, personnel operation type, native place, city and personnel type of personnel;
the receiving and transporting route planning unit is used for vehicle selection, shift, scheduling, receiving and transporting personnel and receiving and transporting point planning management;
the receiving and transporting patrol monitoring unit is used for positioning the receiving and transporting point and generating a receiving and transporting report;
F. the odor monitoring module is used for detecting VOCs, H2S, NH3, odor concentration information and odor analysis of the kitchen waste recycling station;
G. the water quality on-line detection management module is used for collecting and detecting water quality technical parameters and water quality monitoring analysis of the kitchen waste recycling station;
further, still include:
H. the receiving and transporting supervision assistant decision support module comprises a receiving and transporting information assistant decision support unit which is used for receiving and transporting information assistant decision making, realizing centralized decision analysis of catering enterprise information, receiving and transporting metering information and receiving and transporting vehicle information in the kitchen waste receiving and transporting process, and generating a statistical report according to the user requirements.
Further, the receiving and transporting supervision assistant decision support module further comprises:
and the kitchen waste resource information auxiliary decision unit is used for dynamically analyzing and deciding the waste amount and analyzing the dynamic distribution information condition of the kitchen enterprise through the relevant information of the kitchen waste resources in the receiving and transporting platform.
Further, the data analysis assistant decision support module further comprises:
and the data summarizing and comparing unit is used for summarizing, counting and managing to realize the functions of quickly summarizing and self-defining summarizing the kitchen waste overall-process service data.
Further, the data analysis aid decision support module further comprises:
and the kitchen waste resource information auxiliary decision unit is used for displaying the distribution condition of all alarm type information in two forms of a map and a list.
Further, the data analysis aid decision support module further comprises:
and the vehicle information receiving and carrying auxiliary decision-making unit is used for evaluating the data of the evaluation module by comprehensively utilizing the historical records and evaluating the objects related to each operation link.
Further, the data analysis aid decision support module further comprises:
and the operation report system unit is used for generating a vehicle operation expense report, a collection and transportation processing expense report, a monthly operation total report and an annual total report.
Further, also includes
The garbage treatment online supervision and docking system is used for receiving the kitchen garbage collection and transportation quantity, water quality parameters, video information of a kitchen factory and odor parameter information.
The invention has the beneficial effects that:
1. the kitchen waste management system is a modern new mode, extends the kitchen waste supervision range from terminal disposal to the whole processes of front-end collection, transportation and the like, comprehensively improves the kitchen waste management level, and strengthens the kitchen waste supervision capacity construction.
2. Source monitoring, the problem that the collection cannot be carried out is solved:
the method comprises the steps of carrying out examination and library building on catering enterprises, establishing a long-term dynamic monitoring mechanism for the collection amount of the catering enterprises, and ensuring the long-term stability of the collection amount.
3. The process supervision improves the operation efficiency:
the method is characterized in that the whole process dynamic monitoring is carried out on the front-end collecting and transporting process such as the front-end collecting amount, the collecting route, the vehicle state and the like and the handling process such as the field entrance amount, the output amount, the emissions and the like, the key indexes of all links are subjected to summary statistics and benchmarking analysis, various visual analysis charts and reports are formed, and the most convenient, visual and rapid supervision operation mode is provided for managers.
4. Decision support:
with more and more capital entering the kitchen industry, how to continuously reduce cost, improve efficiency, cure experience and quickly expand becomes an important problem for kitchen operation enterprises. Through the construction of meal kitchen wisdom management and control platform, constantly accumulate the operation data, form enterprise operation big data, through the deep excavation and the analysis of data and the operation and carry the establishment of preferred model, provide scientific foundation for enterprise operation decision-making, help the enterprise to make core competitiveness.
Drawings
Fig. 1 is a first schematic block diagram of an intelligent kitchen management system according to the present invention.
Fig. 2 is a second schematic block diagram of an intelligent kitchen management system according to the present invention.
Fig. 3 is a third schematic block diagram of the intelligent kitchen management system according to the present invention.
Fig. 4 is a fourth schematic block diagram of the intelligent kitchen management system of the present invention.
Fig. 5 is a fifth schematic block diagram of an intelligent kitchen management system according to the present invention.
Fig. 6 is a sixth schematic block diagram of the intelligent kitchen management system of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. On the contrary, the invention is intended to cover alternatives, modifications, equivalents and alternatives which may be included within the spirit and scope of the invention as defined by the appended claims. Furthermore, in the following detailed description of the present invention, certain specific details are set forth in order to provide a better understanding of the present invention. It will be apparent to one skilled in the art that the present invention may be practiced without these specific details.
Referring to fig. 1 to 6, the present invention provides a smart kitchen management system, including:
A. the kitchen enterprise management module 10 comprises a first basic information management unit 11, and is used for inputting information of kitchen unit names, unit RFID, barrel RFID, classification, business areas, addresses, responsible persons, contact telephones, daily garbage amount, storage point photos and collection and transportation responsibility units; the first electronic contract management unit 12 is used for contract filing, and has the functions of total amount summarization, classification summarization, coverage rate analysis, effectiveness analysis, missed-sign reminding, expiration reminding and the like;
in the embodiment, each food and beverage enterprise is conveniently identified by sticking the RFID to each recycling garbage can;
the distribution of the special barrel for the kitchen is as follows: the kitchen special barrel is assigned to a kitchen generating unit for use, the using condition of the kitchen special barrel of the current kitchen generating unit can be retrieved, and distribution management is carried out according to the using condition.
The first method is as follows: enterprise label invariance
Every food and beverage disposes 3 RFID tags, and tag information contains RFID tag serial number, restaurant name, is demolishd the label of old bucket when changing the bucket by the bucket personnel that change, installs on new bucket, ensures that enterprise kitchen garbage production volume is accurate to upload, ensures the clean cleanness in food and beverage enterprise kitchen garbage collection area simultaneously.
The second method comprises the following steps: flexible change of relationship between kitchen barrel and catering enterprise
When the conditions such as card shortage and card damage occur in the catering enterprise, the receiving and transporting personnel read on site, and when the conditions are abnormal, the system deletes the card shortage and records the barrel number, the name of the catering enterprise and the position information (automatically acquired) at the APP end if the APP end is marked, and if the APP end is damaged, the system deletes the card shortage.
And the RFID label relationship is bound again after the position of the kitchen waste bin is changed. The barrel-changing personnel place the barrel behind the food and beverage enterprise, receive and transport and sweep a yard update operation with the driver, utilize handheld card reading equipment to read the card, bind card serial number and new food and beverage enterprise serial number, and the mobile unit realizes reading follow-up operations such as card weighing, ensures that barrel serial number, weight correspond accurate food and beverage enterprise.
The catering enterprise positioning unit 13 is used for calling a map, marking enterprise information on the map and returning a calling result to the comprehensive service platform;
in this embodiment, a map of the area is called, the enterprise information is marked on the map, and the calling result can be returned to the local integrated service platform, where the adding manner includes: (1) map searching generates position information, and the map information is loaded in the system; (2) and adding manual positioning information. And the functions of adding, modifying, deleting, retrieving and the like of the geographic position information are realized.
The household-based metering query statistical unit 14 is used for daily kitchen yield information management of a kitchen generating unit, and comprises information of the generating unit, generating time, generating quantity and state description;
the catering enterprise quantity statistical analysis unit 15 is used for carrying out daily, monthly and annual statistical analysis on the receiving and transporting quantity and realizing a data comparison function;
in this embodiment, the collected transportation volume is statistically analyzed in the days, months and years, and a data comparison function is implemented, such as comparison of current month data and previous month data, and comparison of annual data volume. And generating a chart and a trend chart. Specifically, one may generate:
1. merchant production amount report
The production amount of the production unit degree can be counted according to the dimension of the day, the month and the year. The system supports exporting the production report.
2. Generating summary reports
The production amount aggregation support is used for aggregating and counting the production amount from two dimensions of production unit type and scale according to the user-defined time section. The system supports operations such as detail checking and exporting of the summary table result. The system simultaneously supports intuitive statistics on the generated quantity in the form of a histogram and a pie chart.
B. The point metering query statistics module 20 comprises a second basic information management unit 21, which is used for information such as kitchen remainder unit names, unit IDs, property units, bucket point positions, areas, area population, addresses, responsible persons, contact telephones, daily garbage, photos, receiving and shipping responsible units and the like;
in this embodiment, the daily kitchen waste yield information management of each collection point includes information such as production unit, production time, production quantity, per-capita production quantity, state description, and the like, and realizes the information retrieval function, wherein the retrieval can be performed according to time, belonging area, daily garbage amount range, name, and the like. The system records the weighing data and the barrel number information of each piece of garbage of the merchant, and the specific fields comprise the name of a generating unit, the type of the generating unit, the collecting/weighing date, the number of garbage barrels, the collecting times, the generated quantity data, the average generated quantity and other information. The system supports exporting production detail.
The second electronic contract management unit 22 is used for contract archiving, and has the functions of total amount summarization, classification summarization, coverage rate analysis, effectiveness analysis, missed sign reminding, expiration reminding and the like;
in this embodiment:
summary analysis
Summarizing the total amount: and summarizing the total number of the current contracts, and macroscopically grasping the number.
And (4) classifying and summarizing: and carrying out classification statistics on the similarities according to scale, industry, region, type and the like, and analyzing the proportion condition in each type.
Coverage analysis
The actual number of commercial customers is obtained through data sharing with urban management and industrial and commercial departments, and is compared with contract data in a system to form coverage ratio analysis of the whole system and the subareas.
Effectiveness analysis
And comparing the contracts in the system through data sharing with urban management and industrial and commercial departments, analyzing to obtain the effectiveness ratio, and giving a specific list of invalid contracts.
Intelligent reminder
Service overrun reminding: and according to a set time range, such as one month, reminding the merchants about exceeding the contract service period by the system, arranging renewal of the account by managers according to the reminding, and updating the contract.
Missing the label and reminding: the method comprises the steps that data sharing of urban management and industrial and commercial departments or information of merchants recorded in a system is used for reminding the merchants not signed with the contract, and managers arrange new contracts to be signed according to the reminding.
The kitchen residue point metering, inquiring and counting unit 23 is used for managing daily kitchen output information of each collection point, and the kitchen output information comprises information such as a generation unit, generation time, generation quantity, per-capita kitchen allowance, state description and the like, so that the information retrieval function is realized;
in this embodiment, the daily kitchen waste yield information management of each collection point includes information such as production unit, production time, production quantity, per-capita production quantity, state description, and the like, and realizes the information retrieval function, wherein the retrieval can be performed according to time, belonging area, daily garbage amount range, name, and the like.
The system records the weighing data and the barrel number information of each piece of garbage of the merchant, and the specific fields comprise the name of a generating unit, the type of the generating unit, the collecting/weighing date, the number of garbage barrels, the collecting times, the generated quantity data, the average generated quantity and other information. The system supports exporting production detail.
The kitchen allowance statistical analysis unit 24 is used for carrying out daily, monthly and annual statistical analysis on the collected and transported quantity and realizing a data comparison function;
in this embodiment, the daily and monthly statistical analysis and data comparison of the freight volume are shown by a chart and a trend chart.
Merchant production amount report
The production amount of the production unit degree can be counted according to the dimension of the day, the month and the year. The system supports exporting the production report.
Generating summary reports
The production amount aggregation support is used for aggregating and counting the production amount from two dimensions of production unit type and scale according to the user-defined time section. The system supports operations such as detail checking and exporting of the summary table result. The system simultaneously supports intuitive statistics on the generated quantity in the form of a histogram and a pie chart.
C. The vehicle-mounted weighing supervision module 30 comprises a third basic information management unit 31 and is used for managing the serial number of the vehicle-mounted equipment, the serial number of the card reader equipment, the serial number of the data acquisition instrument and the current state, and realizing information input, information retrieval, information modification and information deletion of information;
in the embodiment, the third basic information management unit manages information such as the serial number and the operating state of the vehicle-mounted equipment such as a card reader and a weighing device, and records, retrieves and modifies the information of the equipment.
For fast locating and repairing devices, the statistics include: equipment number, license plate number, last data uploading time, address information, contact telephone and the like.
The kitchen waste amount acquisition unit 32 is used for acquiring kitchen collection point information and RFID card information, and acquiring waste amount and collection time;
in this embodiment, the system records the garbage weighing data and the barrel number information of each merchant, and the specific fields include the name of the generation unit, the type of the generation unit, the collection/weighing date, the number of associated garbage barrels, the collection times, the generation amount data, the average generation amount of historical collection and transportation, and the like. The system supports exporting production detail.
D. The kitchen special barrel management module 40 comprises a fourth basic information management unit 41, and is used for managing data such as special barrel numbers, production units, current states, volumes and the like, and realizing information input, information retrieval, information modification and information deletion on information;
the kitchen special barrel distribution management unit 42 is used for retrieving the use condition of the kitchen special barrel of the current kitchen generation unit and performing distribution management according to the use condition;
E. the vehicle operation supervision module 50 comprises a vehicle information management unit 51, and is used for managing information of license plate numbers, vehicle types, Beidou equipment numbers, right types, vehicle loads and purchase dates;
in this embodiment, the vehicle information includes a license plate number, a vehicle type, a beidou device number, an ownership type, a vehicle load, a driver, an affiliated item group, a SIM card number, an installation unit, a purchase date, an annual inspection expiration date, an insurance expiration date, an affiliated factory, and the like, and adds, modifies, deletes, retrieves and the like to the information. The basic information management of the kitchen waste collection and transportation vehicle is realized through a database technology, and a data basis is laid for a collection supervision subsystem and a clearing management subsystem.
A personnel management unit 52 for entering and managing information of sex, identification number, personnel operation type, native place, city and personnel type;
in the embodiment, the database technology is used for realizing the basic information management of the kitchen waste collection and transportation personnel, the vehicle and the driver are bound, and the vehicle can timely contact the relevant responsible person during vehicle supervision and scheduling.
The basic information comprises the functions of personnel position (drivers and escort), name, gender, identification card number, birth year and month, academic calendar, operation type, native place, certificate picture accessories, information addition, modification, deletion, retrieval and the like.
A receiving and transporting route planning unit 53 for vehicle selection, shift, scheduling, receiving and transporting personnel, and receiving and transporting point planning management;
in this embodiment, a big data model based on the kitchen waste collection and transportation line needs to be established to perform intelligent management for intelligent distribution of the daily collection and transportation line of the vehicle, the collection time and frequency of the catering sites, and the like, so as to improve the collection efficiency of the kitchen waste and reduce the daily collection and transportation cost.
The route information covered by the receiving and transporting route planning comprises the following steps: route vehicles, route shifts, consignees, consignment point editions (sequence adjustment, binding consignment points and routes), and consignment route details (view route number, route name, start date, expiry date, administrative area division, stop point, route length, set consignment point name, merchant name, address, number of associated trash bins, etc.).
The receiving and transporting patrol monitoring unit 54 is used for positioning the receiving and transporting point and generating a receiving and transporting report;
in this embodiment, catering/kitchen waste units are located, a map of a certain area is called, and collection point information is marked on the map
Usually, a complex or a large-scale merchant is used as a collection point independently, and a small-scale adjacent restaurant is provided with a centralized collection point nearby for uniform collection and transportation. Generally, the coordinate data of the collection points are accurately collected on site, and after the coordinate data is imported into a system, the basic data of the collection points are generated. The collection point information comprises information such as collection point numbers, collection point names, collection point addresses, collection responsibility departments, number of associated merchants, the number of garbage cans, collection and transportation cycles, collection and transportation time intervals and the like. The system supports operations of adding, deleting, editing and the like of the collection point information, can carry out accurate manual positioning on the collection point position in the system, and ensures that the collection point address is accurate. The collection point icon is positioned on the map and is displayed in colors such as a non-collection and transportation, collected and transported and overtime collection and transportation graph. And automatically generating a receiving and transporting point information report, a non-receiving and transporting report and an overtime receiving and transporting report every day.
F. The odor monitoring module 60 is used for detecting VOCs, H2S, NH3, odor concentration information and odor analysis of the kitchen waste recycling station;
in this embodiment, the system is connected to an online monitoring system platform for domestic waste treatment in a certain area, and odor monitoring parameters and odor analysis statistical results in the factory are obtained and are displayed in the system in a unified manner.
G. And the water quality on-line detection management module 70 is used for collecting and detecting water quality technical parameters and water quality monitoring analysis of the kitchen waste recycling station.
In the embodiment, the system can add, modify, delete, retrieve and the like functions to the information parameters such as the numerical values of CODcr, NH3-N, pH, flow and the like, the alarm limit values, the curves and the like.
Specifically, the invention collects the sensing state data of the vehicle (GPS, RFID, vehicle-mounted weighing, oil consumption, operation state, vehicle-mounted video), personnel (position, state), facilities (metering, environmental protection, operation and video) in real time on the sensing layer of the Internet of things; on a network transmission layer, transmitting the data acquired in real time back to the intelligent environmental sanitation information system through the Internet or a wireless public network; and the intelligent environmental sanitation information system platform is combined with environmental sanitation business management logic to complete application service functions of processing, calculating, storing, displaying and the like of data.
Preferably, the method further comprises the following steps:
H. the receiving and transporting supervision assistant decision support module 80 comprises a receiving and transporting information assistant decision support unit, and is used for receiving and transporting information assistant decision, realizing centralized decision analysis of catering enterprise information, receiving and transporting metering information and receiving and transporting vehicle information in the kitchen waste receiving and transporting process, and generating a statistical report according to the user requirements.
In this embodiment, the information auxiliary decision-making in the collection and transportation process mainly realizes the centralized decision-making analysis of the information of the food and beverage enterprises, the information of the collection and transportation metering and the information of the collection and transportation vehicles in the collection and transportation process of the kitchen waste, and generates a statistical form according to the requirements of users. The vehicle collecting and transporting summary report is generated, and the vehicle collecting and transporting summary report summarizes vehicle attendance information, collecting and transporting detailed information, entering record information and the like, and is the total information statistics of vehicle dimensions. The vehicle collection and transportation summary report can be counted according to the dimension of the day, the week, the month and the year. The system supports the functions of checking, printing, exporting and the like of the summarized report.
Preferably, the receiving and transporting supervision assistant decision support module further comprises:
and the kitchen waste resource information auxiliary decision unit is used for dynamically analyzing and deciding the waste amount and analyzing the dynamic distribution information condition of the kitchen enterprise through the relevant information of the kitchen waste resources in the receiving and transporting platform.
In this embodiment, by accessing the information related to kitchen resources in the receiving and transporting platform, such as names of catering enterprises, enterprise numbers, areas where the catering enterprises are located, clearing states, geographical location distribution and the like, data contents of kitchen enterprise yield/garbage amount are established, dynamic analysis and decision of the yield/garbage amount of the kitchen enterprise monthly, quarterly and annually is realized, and a decision analysis mechanism is established for dynamic distribution information conditions of the kitchen enterprise. According to historical year-on-year data and ring-on-year data, the production amount of three levels of an area, a line and a merchant is respectively predicted by combining factors such as holidays and special events, and a certain early warning function is provided. And the manager can adjust the receiving and transporting line and scheme in time according to the prediction result and as a reference.
The system is used for carrying out unattended weighing on the kitchen disposal site to obtain the metering management of the garbage collected and transported by the vehicle, and is used for judging the collection and transportation efficiency of the vehicle. The system records vehicle information of vehicles entering and leaving the disposal site, including information such as an entrance license plate number, an entrance garbage net weight, an entrance garbage type, entrance time and the like. The system records each entry record and supports the inquiry of historical metering records according to conditions such as license plate numbers, garbage types, entry time and the like.
And (4) counting historical data of the kitchen waste production and transportation in different seasons and different areas for verifying and predicting the actual production and transportation amount of the kitchen waste every day, month and year. On the basis of the statistical information, the statistical information is subjected to trend analysis, proportion analysis, change analysis and the like by using forms such as a bar chart, a broken line chart, a pie chart and the like, so that data visualization is realized.
Preferably, the data analysis assistant decision support module further comprises:
and the data summarizing and comparing unit is used for summarizing, counting and managing to realize the functions of quickly summarizing and self-defining summarizing the kitchen waste overall-process service data.
In this embodiment, data summarization, summarization statistics and management realize rapid summarization and custom summarization of kitchen waste overall process service data, and specifically include collection volume summarization management, treatment volume summarization management, product summarization management, standard exceeding summarization management, and early warning information summarization management. And (3) data comparison and analysis, wherein the system establishes a data comparison function, namely the estimated output and the actual collection amount, the collection and transportation amount and the actual entering amount of the enterprise, and gives an alarm for the collection and transportation vehicles with the difference exceeding the preset value.
Preferably, the data analysis assistant decision support module further comprises:
and the kitchen waste resource information auxiliary decision unit is used for displaying the distribution condition of all alarm type information in two forms of a map and a list.
In the embodiment, the distribution conditions of all the alarm type information are displayed in two forms of a map and a list, all violation early warning information is managed in a centralized manner, and the violation early warning information is convenient to process in time. The manager can count data according to different dimensions such as type, time and the like, and manage according to the report, for example, the most abnormal oil consumption events in one month can be correspondingly regulated to make corresponding reward and punishment measures.
Preferably, the data analysis assistant decision support module further comprises:
and the vehicle information receiving and carrying auxiliary decision-making unit is used for evaluating the data of the evaluation module by comprehensively utilizing the historical records and evaluating the objects related to each operation link.
In this embodiment, the assessment and assessment module comprehensively utilizes the data of the historical records to assess and assess the objects related to each operation link, further optimizes the objects according to assessment and assessment results, and improves the operation benefit of each node. The determination can be made by the following index. Vehicle mileage collection and transportation ratio: by analyzing the daily collection and transportation amount and the driving mileage of the vehicle, the quantity of the garbage which can be collected when the vehicle runs for one kilometer is calculated, and the mileage is required when the garbage is collected for one kilometer. And (3) comparing the mileage of the vehicle: and comparing the mileage receiving and transporting ratio of each vehicle, and analyzing the quality of the working efficiency of the vehicle. Oil consumption of vehicle in hundred kilometers: and (4) counting the hundred kilometer fuel consumption condition of the vehicle. Comparison of oil consumption of vehicle in hundred kilometers: the fuel consumption per hundred kilometers of each vehicle was compared.
Preferably, the data analysis assistant decision support module further comprises:
and the operation report system unit is used for generating a vehicle operation expense report, a collection and transportation processing expense report, a monthly operation total report and an annual total report.
In this embodiment, the operation report includes a vehicle operation cost report, a collection and transportation processing cost report, a monthly operation total report, an annual total report, and the like, and can be customized and developed according to the final requirements of the tenderer.
Preferably, also comprises
The garbage treatment online supervision and docking module 90 is used for receiving the kitchen garbage collection and transportation quantity, water quality parameters, video information of a kitchen factory and odor parameter information.
In this embodiment, the system can be seamlessly docked with a platform of an online monitoring system for regional domestic waste treatment, and garbage collection and processing data are shared in the online monitoring system for regional domestic waste treatment in real time. Meanwhile, the inspection result and the evaluation data can also be used as a part of the shared data of the urban management bureau environmental sanitation departments to assist the environmental sanitation departments in managing the commercial tenants, automatically collect production reports of days, weeks, months and years, and periodically report the production reports to management personnel at all levels and government governing departments.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (8)
1. The utility model provides an wisdom kitchen management system which characterized in that includes:
A. the kitchen enterprise management module comprises a first basic information management unit and a second basic information management unit, wherein the first basic information management unit is used for inputting information of names of kitchen units, unit RFID, barrel RFID, classification, business area, region, address, responsible person, contact telephone, daily garbage amount, storage point photos and collection and transportation responsible units;
the first electronic contract management unit is used for contract filing, and has the functions of total amount summarization, classification summarization, coverage rate analysis, effectiveness analysis, missed-sign reminding, expiration reminding and the like;
the catering enterprise positioning unit is used for calling the map, marking enterprise information on the map and returning a calling result to the comprehensive service platform;
the household-based metering query statistical unit is used for daily kitchen yield information management of a kitchen generating unit, and comprises information of the generating unit, generating time, generating quantity and state description;
the catering enterprise quantity statistical analysis unit is used for carrying out daily, monthly and annual statistical analysis on the receiving and transporting quantity and realizing a data comparison function;
B. the point metering inquiry and statistics module comprises a second basic information management unit and is used for managing information such as kitchen waste unit names, unit IDs, property units, bucket point positions, areas, area populations, addresses, responsible persons, contact telephones, daily garbage, photos, receiving and shipping responsible units and the like;
the second electronic contract management unit is used for contract filing, and has the functions of total amount summarization, classification summarization, coverage rate analysis, effectiveness analysis, missed-sign reminding, expiration reminding and the like;
the kitchen residue point metering, inquiring and counting unit is used for managing daily kitchen yield information of each collection point, comprises information such as a generation unit, generation time, generation quantity, per-capita kitchen allowance and state description and achieves an information retrieval function;
the kitchen allowance statistical analysis unit is used for carrying out daily, monthly and annual statistical analysis on the collected and transported quantity and realizing a data comparison function;
C. the vehicle-mounted weighing supervision module comprises a third basic information management unit and is used for managing the serial number of the vehicle-mounted equipment, the serial number of the card reader equipment, the serial number of the data acquisition instrument and the current state, and realizing information input, information retrieval, information modification and information deletion of information;
the kitchen waste amount acquisition unit is used for acquiring kitchen collection point information and RFID card information, and acquiring waste amount and collection time;
D. the kitchen special barrel management module comprises a fourth basic information management unit and is used for managing data such as special barrel numbers, production units, current states, volumes and the like, and realizing information input, information retrieval, information modification and information deletion on information;
the kitchen special barrel distribution management unit is used for retrieving the use condition of the kitchen special barrel of the current kitchen generation unit and performing distribution management according to the use condition;
E. the vehicle operation supervision module comprises a vehicle information management unit and is used for managing information of license plate numbers, vehicle types, Beidou equipment numbers, right types, vehicle loads and purchase dates;
the personnel management unit is used for inputting and managing information of sex, identity card number, personnel operation type, native place, city and personnel type of personnel;
the receiving and transporting route planning unit is used for vehicle selection, shift, scheduling, receiving and transporting personnel and receiving and transporting point planning management;
the receiving and transporting patrol monitoring unit is used for positioning the receiving and transporting point and generating a receiving and transporting report;
F. the odor monitoring module is used for detecting VOCs, H2S, NH3, odor concentration information and odor analysis of the kitchen waste recycling station;
G. and the water quality on-line detection management module is used for collecting and detecting water quality technical parameters and water quality monitoring analysis of the kitchen waste recycling station.
2. The intelligent kitchen management system according to claim 1, further comprising:
H. the receiving and transporting supervision assistant decision support module comprises a receiving and transporting information assistant decision support unit which is used for receiving and transporting information assistant decision making, realizing centralized decision analysis of catering enterprise information, receiving and transporting metering information and receiving and transporting vehicle information in the kitchen waste receiving and transporting process, and generating a statistical report according to the user requirements.
3. The intelligent kitchen management system according to claim 2, wherein the receiving and transporting supervision aid decision support module further comprises:
and the kitchen waste resource information auxiliary decision unit is used for dynamically analyzing and deciding the waste amount and analyzing the dynamic distribution information condition of the kitchen enterprise through the relevant information of the kitchen waste resources in the receiving and transporting platform.
4. The intelligent kitchen management system according to claim 1, further comprising a data analysis aid decision support module further comprising:
and the data summarizing and comparing unit is used for summarizing, counting and managing to realize the functions of quickly summarizing and self-defining summarizing the kitchen waste overall-process service data.
5. The intelligent kitchen management system according to claim 4, wherein the data analysis aid decision support module further comprises:
and the kitchen waste resource information auxiliary decision unit is used for displaying the distribution condition of all alarm type information in two forms of a map and a list.
6. The intelligent kitchen management system according to claim 4, wherein the data analysis aid decision support module further comprises:
and the vehicle information receiving and carrying auxiliary decision-making unit is used for evaluating the data of the evaluation module by comprehensively utilizing the historical records and evaluating the objects related to each operation link.
7. The intelligent kitchen management system according to claim 4, wherein the data analysis aid decision support module further comprises:
and the operation report system unit is used for generating a vehicle operation expense report, a collection and transportation processing expense report, a monthly operation total report and an annual total report.
8. The intelligent kitchen management system according to claim 1, further comprising
The garbage treatment online supervision and docking module is used for receiving the kitchen garbage collection and transportation quantity, water quality parameters, video information of a kitchen factory and odor parameter information.
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| CN202210032006.1A CN114372716A (en) | 2022-01-12 | 2022-01-12 | Smart kitchen management system |
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| CN202210032006.1A CN114372716A (en) | 2022-01-12 | 2022-01-12 | Smart kitchen management system |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103279913A (en) * | 2013-05-28 | 2013-09-04 | 黑龙江中科瑞合固体废弃物资源化技术研发有限公司 | Internet of Things technology-based kitchen waste collection and transportation system and collection and transportation platform equipment |
| CN205091785U (en) * | 2015-11-04 | 2016-03-16 | 张望舒 | Kitchen waste treatment system |
| WO2018076488A1 (en) * | 2016-10-31 | 2018-05-03 | 广州博善生物科技股份有限公司 | On-site treatment method for kitchen wastes |
| CN212792359U (en) * | 2020-06-05 | 2021-03-26 | 张志全 | Kitchen garbage on-site harmless intelligent treatment system |
| CN113689314A (en) * | 2021-09-07 | 2021-11-23 | 上海仪电溯源科技有限公司 | Kitchen waste data management platform |
-
2022
- 2022-01-12 CN CN202210032006.1A patent/CN114372716A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103279913A (en) * | 2013-05-28 | 2013-09-04 | 黑龙江中科瑞合固体废弃物资源化技术研发有限公司 | Internet of Things technology-based kitchen waste collection and transportation system and collection and transportation platform equipment |
| CN205091785U (en) * | 2015-11-04 | 2016-03-16 | 张望舒 | Kitchen waste treatment system |
| WO2018076488A1 (en) * | 2016-10-31 | 2018-05-03 | 广州博善生物科技股份有限公司 | On-site treatment method for kitchen wastes |
| CN212792359U (en) * | 2020-06-05 | 2021-03-26 | 张志全 | Kitchen garbage on-site harmless intelligent treatment system |
| CN113689314A (en) * | 2021-09-07 | 2021-11-23 | 上海仪电溯源科技有限公司 | Kitchen waste data management platform |
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