阅读说明：本技术 一种具备精准匹配的桥载设备服务数据计量系统 (Bridge-mounted equipment service data metering system with accurate matching function ) 是由 李龙顺 苏德元 蔡景月 李龙 杜伟 王磊 黄维浩 于 2019-10-22 设计创作，主要内容包括：本发明提供了一种具备精准匹配的桥载设备服务数据计量系统,包括桥载设备、计量柜设备、系统服务器设备、管理终端设备、机场信息系统和手持机设备,计量柜设备作为网络终端与系统服务器组成有线局域网络,系统服务器与手持机设备组成无线网络,系统服务器设备接收计量柜设备的计量数据、手持机设备的数据,并与预先存储在数据库中的机场与航空公司基础数据进行匹配,生成匹配精准的地面服务数据,完成机场和航空公司双方桥载设备服务结算业务。该系统扩大了计量管理范围,杜绝了管理死角,减少或省略了后台人员审核工作量,促进了桥载设备推广应用与运行管理效率。(The invention provides a bridge equipment service data metering system with accurate matching, which comprises bridge equipment, metering cabinet equipment, system server equipment, management terminal equipment, an airport information system and handheld equipment, wherein the metering cabinet equipment is used as a network terminal to form a wired local area network with a system server, the system server and the handheld equipment form a wireless network, the system server equipment receives metering data of the metering cabinet equipment and data of the handheld equipment and matches with airport and airline basic data stored in a database in advance to generate accurately matched ground service data, and bridge equipment service settlement business of both the airport and the airline is completed. The system enlarges the metering management range, puts an end to management dead angles, reduces or omits the auditing workload of background personnel, and promotes the popularization, application and operation management efficiency of the bridge-mounted equipment.)

1. The utility model provides a bridge carries equipment service data measurement system that possesses accurate matching which characterized in that: the system comprises bridge-mounted equipment (1), metering cabinet equipment (2), system server equipment (3), management terminal equipment (4), an airport information system (5) and handheld equipment (6), wherein the bridge-mounted equipment (1) comprises a plurality of pieces of equipment, each piece of equipment comprises a ground power supply and a ground air conditioner, and the bridge-mounted equipment (1) is fixedly arranged at each parking space; the metering cabinet equipment (2) comprises a plurality of pieces of equipment, the metering cabinet equipment (2) serves as a network terminal and forms a wired local area network with the system server equipment (3), the server equipment (3) allocates IP addresses, the metering cabinet equipment (2) is fixedly arranged at each parking space, the IP addresses of the metering cabinet equipment (2) and the number of the parking space where the metering cabinet equipment (2) is located have one-to-one correspondence, and the system pastes an equipment two-dimensional code containing the IP addresses and the number information of the parking spaces on each piece of metering cabinet equipment;

the management terminal equipment (4) is connected with the system server equipment (3) and has the functions of system monitoring, maintenance, auditing and management, and the system server equipment (3) is connected with the airport information system (5) to obtain flight scheduling information;

the handheld device (6) comprises a plurality of devices, the system server device (3) and the handheld device (6) form a wireless network, the handheld device (6) is provided with handheld device APP software, flight scheduling information sent by the system server device (3) is received in time, association is established with the metering cabinet device (2) through scanning two-dimensional codes on the metering cabinet device (2), a location number of the metering cabinet device is obtained, and meanwhile, only flight information related to the location number is displayed on the handheld device (6); the system server device (3) is used for receiving and storing the metering data of the metering cabinet device (2) and the data of the handset device (6), and performing data matching with the airport and airline basic data which are stored in the database in advance according to a system program to generate ground service data for settlement.

2. The system of claim 1, wherein the metering system comprises: the metering cabinet equipment (2) is respectively connected with a ground power supply and a ground air conditioner through communication interfaces, collects service metering data of the bridge equipment (1), and transmits the service metering data to the system server equipment (3).

3. The method for data measurement by using the bridge equipment service data measurement system with precise matching according to claim 1 or 2, is characterized in that: the method comprises the following steps:

the metering cabinet equipment (2) is pasted with an equipment two-dimensional code containing IP address and machine position number information and is pasted at the obvious position of the equipment, so that code scanning operation of the hand-held machine equipment (6) is facilitated; the metering cabinet equipment (2) collects working data of the bridge equipment (1) and uploads the generated metering data to the system server (3), and the system server (3) establishes association according to the IP address of the metering cabinet equipment (2) and automatic matching of machine position numbers;

(II) an operator of the hand-held device (6) downloads and installs system APP service software, a software interface selects flight service and non-flight service, the selected flight service browses a plurality of flight scheduling information of airplane seats containing the service for which the selected flight service is responsible, and the selected non-flight service selects airline codes or airplane number code information;

(III) extracting flight scheduling information and personnel operation information from an airport information system (5) by the system server equipment (3), sending the flight scheduling information and the personnel operation information to the handset equipment (6) through a wireless local area network, scanning a two-dimensional code of the station metering cabinet equipment (2) to establish association after an operator of the handset receives flight scheduling information instruction reply confirmation, and receiving and displaying flight information of a corresponding station by the handset equipment (6);

fourthly, the holder of the handset equipment (6) confirms and selects OK or NO through the current flight information airplane number and the airplane number on the airplane body parked on the spot, and the OK information is directly uploaded to the system server equipment (3) to indicate that the flight information is correctly matched with the metering data; if NO is selected, an airplane number marking box is added, and a holder of the handset device (6) fills the airplane number and uploads the airplane number to the system server device (3), so that the real airplane number of the metering service is indicated, but the continuous service work of the ground device is not influenced;

fifthly, after the system server equipment (3) receives the OK information of the handset, the position number in the time period is searched in a flight information list in the system server equipment (3) according to two key factors of the time period and the position number in the metering data, relevant flight information relevant to correlation matching is found out, and all programs run normally; when the system server equipment (3) receives the NO information and the airplane number of the handset, the system server equipment (3) generates early warning information, meanwhile, according to the time period information in the airplane number and the metering data, detailed flight information is searched and extracted from a flight information table of a server database, an airline company and a settlement code which belong to the airplane are searched from an airplane code table according to the airplane number, and the searched flight information and the airplane code information are matched with the metering data for storage;

and (VI) the system server equipment (3) adds the data obtained by the correlation matching with airport information in the basic data of the database of the system server equipment (3) to generate accurate settlement data according to the format requirement of a clearing center of the civil aviation bureau, and the management terminal (4) audits the settlement data and uploads the result to the clearing center of the civil aviation bureau to complete the service settlement business of the bridge-mounted equipment of both the airport and the airline company.

Technical Field

The invention belongs to the technical field of airport application, relates to a metering monitoring and management system of an airport ground bridge-mounted device in the special work of replacing an airplane APU (auxiliary Power Unit) in operation, and particularly relates to a service data metering system of the bridge-mounted device with accurate matching.

Background

According to the national requirements of energy conservation and emission reduction, ground bridge-mounted equipment is comprehensively popularized and used in airports to replace airplane APU (auxiliary Power Unit) to operate special work at present, and the bridge-mounted equipment becomes very important equipment in the airports at present, so that the airports pay more and more attention to the use, monitoring and management of the bridge-mounted equipment. Along with the use of the bridge-mounted equipment, the metering monitoring management system of the bridge-mounted equipment is more and more emphasized and gradually put into application.

According to the airport working requirements, the airport operation scheduling personnel are responsible for scheduling and managing field operation personnel according to flight information, the airport operation personnel receive the instructions of the operation scheduling personnel, and the operation scheduling personnel operate the bridge-mounted equipment to provide services for the airline airplanes 15 minutes ahead of the bridge-approaching time of the airplanes needing services to each stand. Since the bridge-mounted equipment service relates to settlement business of both sides of an airport and an airline company, after airport operators complete airplane service work each time, the airport operators need to check the relevant data of the service with field personnel of the airline company to which the served airplane belongs, and a manual signing form is adopted as the settlement basis of the services of both sides in the future. Because the service time approval and the charging of the bridge-mounted equipment have no unified standard, the manual. Because the service settlement problem of both sides is not effectively solved, the utilization rate of the bridge-mounted equipment after installation is low, waste is caused, and meanwhile, the follow-up popularization and use of the bridge-mounted equipment are seriously influenced.

At present, the metering monitoring and management system for the bridge-mounted equipment developed and developed by the unit can monitor the working state of the bridge-mounted equipment, match metering data generated by a metering cabinet with airport flight information and other information to generate service settlement data for the bridge-mounted equipment, and upload airport finance to a clearing center after being audited to complete service settlement business of both parties. The system works under normal and ideal conditions, and the accuracy rate of settlement data is high. However, in actual work, due to the influence of factors such as weather, airspace regulation, mechanical failure, and airplane allocation, flight delay, flight change and flight cancellation are often caused, and an emergency event causes temporary allocation of a flight level, occupation of a flight level for non-flight airplane maintenance, interruption of an information transmission network, and the like, and a difference between the start/end time of the bridge-mounted device service performed according to flight information and the arrival/departure time interval in the received flight information (update speed) is large, so that matching errors occur from time to time when the start/end time of the service is matched with the flight information, and the flight information matched in the metering data does not conform to the airplane information of the field service. The more flight intensive phases, the more error prone. When the wrong metering data are transmitted to the management computer system and are associated and matched with the basic data information in the system database to generate settlement data, the accuracy of the settlement data is greatly reduced, the phenomenon of spreading and bearing is caused, the service settlement data are inaccurate, the reliability is not high, and the settlement data cannot be really used as a settlement basis. Therefore, the manual hand-signed sheet as the basis for on-site service settlement cannot be cancelled in time, and the use of the system still cannot really solve the service settlement business of both airports and airlines. According to the key characteristic of the airplane number, the problem of matching service metering data with the served airplane can be well solved, the reliability of the system is high, but the system adopts a method of additionally installing a camera at an airplane parking position to shoot the airplane number on site, the shooting implementation difficulty is high, the subsequent airplane number image processing program is very complex, the usability cost ratio is low, the practicability is poor, and the popularization and the application of the system are influenced.

At present, airport service data needs to be displayed on a website in an open mode, supervision and verification of relevant departments in the industry are received, the matching accuracy of metering data of bridge-mounted equipment and flight information directly relates to settlement business between a service party and a served party, and fairness of the airport service data are emphasized and become key factors influencing popularization and application of the system.

Disclosure of Invention

The invention aims to provide the bridge equipment service data metering system with high reliability, strong practicability, accurate and efficient metering and settlement data and accurate matching.

In order to achieve the purpose, the technical scheme of the invention is realized as follows:

a bridge-mounted equipment service data metering system with accurate matching comprises bridge-mounted equipment, metering cabinet equipment, system server equipment, management terminal equipment, an airport information system and handheld equipment, wherein the bridge-mounted equipment comprises a plurality of pieces of equipment, each piece of equipment comprises a ground power supply and a ground air conditioner, and the bridge-mounted equipment is fixedly equipped at each parking space; the metering cabinet equipment comprises a plurality of pieces of equipment, the metering cabinet equipment is used as a network terminal to form a wired local area network with system server equipment, the server equipment allocates IP addresses, the metering cabinet equipment is fixedly equipped at each parking space, the IP addresses of the metering cabinet equipment and the number of the parking space where the metering cabinet equipment is located have one-to-one correspondence, and the system pastes an equipment two-dimensional code containing the IP addresses and the number information of the parking spaces on each metering cabinet equipment; the management terminal equipment is connected with the system server equipment, has the functions of system monitoring, maintenance, auditing and management, and is connected with the airport information system to obtain flight scheduling information; the handheld device comprises a plurality of devices, the system server device and the handheld device form a wireless network, the handheld device is provided with handheld device APP software, flight scheduling information sent by the system server device is received in time, association is established between the two-dimensional codes on the metering cabinet device and the metering cabinet device through scanning, the position number of the position where the metering cabinet device is located is obtained, and meanwhile, only flight information related to the position number is displayed on the handheld device; the system server equipment is used for receiving and storing the metering data of the metering cabinet equipment and the data of the handset equipment, and performing data matching with the airport and airline basic data which are stored in the database in advance according to a system program to generate ground service data for settlement.

Furthermore, the metering cabinet equipment is respectively connected with a ground power supply and a ground air conditioner through communication interfaces, collects service metering data of the bridge equipment and transmits the service metering data to the system server equipment.

The method for measuring the data by adopting the precisely matched bridge-mounted equipment service data measuring system comprises the following steps:

pasting an equipment two-dimensional code containing IP address and machine position number information on the metering cabinet equipment, and pasting the two-dimensional code at the obvious position of the equipment, thereby being beneficial to the code scanning operation of the hand-held equipment; the metering cabinet equipment collects working data of the bridge equipment and uploads the generated metering data to the system server, and the system server automatically matches the machine position number according to the IP address of the metering cabinet equipment to establish association;

(II) an operator of the hand-held device downloads APP service software of the installation system, a software interface selects flight service and non-flight service, selects the flight service to browse flight scheduling information containing a plurality of positions which are responsible for the flight service, and selects the non-flight service to select airline codes or airplane number code information;

thirdly, the system server equipment extracts flight scheduling information and personnel operation information from the airport information system and sends the flight scheduling information and the personnel operation information to the handset equipment through the wireless local area network, after receiving flight scheduling information command reply confirmation, the handset operator arrives at a specified machine position and scans the two-dimensional code of the machine position metering cabinet equipment to establish association, and the handset equipment obtains the machine position number and simultaneously receives and displays the flight information of the corresponding machine position;

the holder of the handset equipment confirms and selects OK or NO through the current flight information airplane number and the airplane number on the airplane body of the field stop airplane, and the OK information is directly uploaded to the system server equipment to indicate that the flight information is correctly matched with the metering data; if NO is selected, an airplane number marking box appears, and a holder of the handset equipment fills the airplane number and uploads the airplane number to the system server equipment to indicate the real airplane number of the metering service, but the continuous service work of the ground equipment is not influenced;

fifthly, after the system server equipment receives the OK information of the handset, the position number in the time period is searched in a flight information list in the system server equipment according to two key factors of the time period and the position number in the metering data, the related flight information of the correlation matching is found, and all programs run normally; when the system server equipment receives the NO information and the airplane number of the handset, the system server equipment generates early warning information, meanwhile, according to the time period information in the airplane number and the metering data, detailed flight information is searched and extracted in a flight information table of a server database, an airline company and a settlement code which belong to the airplane are searched from an airplane code table according to the airplane number, and the searched flight information and the airplane code information are matched with the metering data for storage;

and (VI) the system server equipment adds the data obtained by the correlation matching and airport information in the basic data of the system server equipment database to generate accurate settlement data according to the format requirement of a clearing center of the civil aviation bureau, and the management terminal uploads the settlement data to the clearing center of the civil aviation bureau after checking the settlement data, thereby completing the settlement service of the bridge-mounted equipment of both the airport and the airline company.

Compared with the prior art, the bridge-mounted equipment service data metering system with the accurate matching function has the following advantages:

firstly, the two-dimensional code of the metering cabinet equipment is manufactured in advance, the association is established by scanning the code through the handheld equipment, the metering cabinet equipment does not need card swiping operation, does not need a display screen or a touch screen to check flight information, and is only responsible for collecting equipment service data, so that the design of the metering cabinet equipment is simplified, and the use is simple and convenient;

secondly, the invention confirms and rechecks the airplane number in the flight scheduling information and the airplane number of the on-site airplane through the handheld device, ensures the accurate matching of the service metering data and the service airplane number, greatly improves the reliability of the system, and provides an effective basis for the automatic settlement of the airport and airline company service;

thirdly, the system expands the metering management range, not only the flight information is accurately matched, but also the use condition of the non-flight information is counted by inputting the field airplane number (the served airplane does not have corresponding flight information), the equipment service data comprises the flight information and the non-flight information, the information data is comprehensive and is not lost, the management dead angle is avoided, the auditing workload of background personnel is reduced or omitted, and the popularization, application and operation management efficiency of the bridge-mounted equipment is promoted.

Drawings

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate an embodiment of the invention and, together with the description, serve to explain the invention and not to limit the invention. In the drawings:

fig. 1 is a schematic structural diagram of a precisely matched bridge equipment service data metering system according to the present invention.

Description of reference numerals:

1-an on-board device; 2-a metering cabinet device; 3-a system server device; 4-managing the terminal device; 5-airport information system; 6-handset device.

Detailed Description

It should be noted that the embodiments and features of the embodiments may be combined with each other without conflict.

In the description of the present invention, it is to be understood that the terms "first", "second", and the like are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implying any number of technical features indicated. Thus, a feature defined as "first," "second," etc. may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless otherwise specified.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood by those of ordinary skill in the art through specific situations.

The present invention will be described in detail below with reference to the embodiments with reference to the attached drawings.

A bridge-mounted equipment service data metering system with accurate matching is shown in figure 1 and comprises bridge-mounted equipment 1, metering cabinet equipment 2, system server equipment 3, management terminal equipment 4, an airport information system 5 and handset equipment 6;

the bridge equipment 1 comprises a plurality of pieces of equipment Q1 and Q2.. QN, each piece of equipment comprises a ground power supply and a ground air conditioner, and the bridge equipment 1 is fixedly arranged at each parking position; the measuring cabinet device 2 comprises a plurality of devices J1 and J2..

The metering cabinet equipment 2 is used as a network terminal to form a wired local area network with the system server equipment 3, the server equipment 3 allocates IP addresses, the metering cabinet equipment 2 is fixedly equipped at each parking space, the IP addresses of the metering cabinet equipment 2 and the number of the parking space where the metering cabinet equipment 2 is located have one-to-one correspondence, and the system pastes an equipment two-dimensional code containing the IP addresses and the number information of the parking spaces on each metering cabinet equipment and pastes the two-dimensional code at the obvious position of the equipment, thereby being beneficial to the code scanning operation of the handset equipment 6; the metering cabinet equipment 2 is respectively connected with a ground power supply and a ground air conditioner through communication interfaces, collects service metering data of the bridge equipment 1 and transmits the service metering data to the system server equipment 3;

the management terminal equipment 4 is connected with the system server equipment 3 and has the functions of system monitoring, maintenance, auditing and management, and the system server equipment 3 is connected with the airport information system 5 to obtain flight scheduling information;

the handheld device 6 comprises a plurality of devices S1 and S2.. SN, the system server device 3 and the handheld device 6 form a wireless network, the handheld device 6 is provided with handheld device APP software, flight scheduling information sent by the system server device 3 is received in time, a correlation is established between the two-dimensional code on the metering cabinet device 2 and a position number of the position where the two-dimensional code is located is obtained through scanning, and meanwhile, only flight information related to the position number is displayed on the handheld device 6; the system server device 3 is used for receiving and storing the metering data of the metering cabinet device 2 and the data of the handset device 6, and performing data matching with the airport and airline basic data which are stored in the database in advance according to a system program to generate ground service data for settlement.

The system server device 3 is characterized in that basic data such as flight information, airplane codes, settlement codes, metering unit prices, airline company information, airport information and the like are stored in a database, the flight information comprises flight date, flight numbers, airplane position numbers, starting time, ending time, service marks, take-off and landing marks and the like, and the airplane code table information comprises the information such as the airplane numbers, the seat numbers, the carrying capacity, the carrier settlement three-character codes and the registration validity period; the airline company list information comprises information such as an airline company name, a two-character code, a settlement three-character code, a ticket code, a client code and the like, and the airport information comprises domestic and foreign civil aviation airport information comprising a three-character/four-character code, a domestic mark, a foreign mark, a Chinese name and an English name and the like;

when the system server equipment 3 matches the airplane number with the flight information, the airplane number is not found, the situation that the airplane does not have a flight task is indicated, the situation is marked as flight lack information, settlement data is marked as non-routine flight, according to the settlement management requirement of an airline company, the airplane which is planned to execute the flight number uses the bridge-mounted equipment as routine flight, the routine flight settlement requires the accuracy of more than ten items of information such as the flight number, the airplane number, a pre-flight post-flight mark, a task type, an abnormal state and the like in the flight information, maintenance and night flight-non-execution airplane uses the bridge-mounted equipment, the situation is counted as the non-routine flight, the non-routine settlement only requires the accuracy of the airplane number, and financial settlement can not be carried out according to the requirement of the; when the airplane number is matched with the airplane code table, if the matching is unsuccessful, the airplane number is not in the airplane code table, and the airplane number is recorded as an airplane lack code: the reason is that when a newly registered airplane is used, the airplane code information in the database is not updated, and the airplane code table basic database needs to be updated.

According to the characteristic and the characteristic that each airplane has a unique airplane registration number (equivalent to an identity number) and is not repeated, the airplane registration number (airplane number for short) is used as a service data keyword for the correlation matching of the metering data of the metering cabinet service and the flight information.

The method for measuring the data by adopting the precisely matched bridge-mounted equipment service data measuring system comprises the following steps:

the metering cabinet equipment 2 is pasted with an equipment two-dimensional code containing IP address and machine position number information and is pasted at the obvious position of the equipment, so that code scanning operation of the hand-held machine equipment 6 is facilitated; the metering cabinet equipment 2 collects the working data of the bridge equipment 1 and uploads the generated metering data to the system server 3, and the system server 3 automatically matches the machine position number according to the IP address of the metering cabinet equipment 2 to establish association;

(II) an operator of the handset equipment 6 downloads APP service software of the installation system, a software interface selects flight service and non-flight service, selects the flight service to browse flight scheduling information containing a plurality of seats responsible for the flight service, and selects the non-flight service to select airline codes or airplane number code information;

thirdly, the system server equipment 3 extracts flight scheduling information and personnel operation information from the airport information system 5 and sends the flight scheduling information and the personnel operation information to the handset equipment 6 through the wireless local area network, after receiving flight scheduling information command reply confirmation, a handset operator arrives at a specified machine position and scans the two-dimensional code of the machine position metering cabinet equipment 2 to establish association, and the handset equipment 6 obtains the machine position number and receives and displays flight information of the corresponding machine position;

fourthly, the holder of the handset device 6 confirms and selects OK or NO through the current flight information airplane number and the airplane number on the airplane body of the on-site parked airplane, and the OK information is directly uploaded to the system server device 3 to show that the flight information is correctly matched with the metering data; if NO is selected, an airplane number marking box appears, and the holder of the handset device 6 fills the airplane number and uploads the airplane number to the system server device 3, so that the real airplane number of the metering service is indicated, but the continuous service work of the ground device is not influenced;

fifthly, after the system server equipment 3 receives the OK information of the handset, the number of the handset in the time period is searched in a flight information list in the system server equipment 3 according to two key factors of the time period and the number of the handset in the metering data, relevant flight information relevant to correlation matching is found out, and all programs run normally; when the system server equipment 3 receives the NO information and the airplane number of the handset, the system server equipment 3 generates early warning information, meanwhile, according to the airplane number and time period information in the metering data, detailed flight information is searched and extracted in a flight information table of a server database, an airline company and a settlement code which belong to the airplane are searched from an airplane code table according to the airplane number, and the searched flight information and the airplane code information are matched with the metering data for storage;

and (VI) the system server equipment 3 adds the data obtained by the correlation matching with the airport information in the basic data of the database of the system server equipment 3 to generate accurate settlement data according to the format requirement of the clearing center of the civil aviation bureau, and the management terminal 4 uploads the settlement data to the clearing center of the civil aviation bureau after auditing the settlement data to complete the settlement service of the bridge-mounted equipment of both the airport and the airline company. .

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.