CN105608887A - System and method for optimizing driver passenger-carrying area through call information - Google Patents

System and method for optimizing driver passenger-carrying area through call information Download PDF

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Publication number
CN105608887A
CN105608887A CN201610088136.1A CN201610088136A CN105608887A CN 105608887 A CN105608887 A CN 105608887A CN 201610088136 A CN201610088136 A CN 201610088136A CN 105608887 A CN105608887 A CN 105608887A
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CN
China
Prior art keywords
vehicle
unit
data
cable
information
Prior art date
Application number
CN201610088136.1A
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Chinese (zh)
Inventor
王勇
Original Assignee
深圳市京泰基科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by 深圳市京泰基科技有限公司 filed Critical 深圳市京泰基科技有限公司
Priority to CN201610088136.1A priority Critical patent/CN105608887A/en
Publication of CN105608887A publication Critical patent/CN105608887A/en

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Classifications

    • GPHYSICS
    • G08SIGNALLING
    • G08GTRAFFIC CONTROL SYSTEMS
    • G08G1/00Traffic control systems for road vehicles
    • GPHYSICS
    • G08SIGNALLING
    • G08GTRAFFIC CONTROL SYSTEMS
    • G08G1/00Traffic control systems for road vehicles
    • G08G1/123Traffic control systems for road vehicles indicating the position of vehicles, e.g. scheduled vehicles; Managing passenger vehicles circulating according to a fixed timetable, e.g. buses, trains, trams

Abstract

The invention relates to a system for optimizing driver passenger-carrying areas through call information. The system comprises a management platform and intelligent vehicle equipment, wherein the management platform comprises a processing unit, a call unit and an information transceiving unit, the call unit and the information transceiving unit are connected with the processing unit, the intelligent vehicle equipment is in wireless connection with the management platform and comprises a control unit, a positioning unit, a display interface and a transceiving unit, the positioning unit, the display interface and the transceiving unit are connected with the control unit, the call data of the surrounding area of a vehicle and the practical operation vehicle quantity data are acquired by the processing unit of the management platform according to the positioning unit of the intelligent vehicle equipment and the call unit, the data is sent to the intelligent vehicle equipment, and a passenger-carrying area is selected by a driver through checking the data. The invention further provides a method for realizing the system. Through the method and the system, the unloaded ratio and the driving cost of operation vehicles such as taxis are reduced, and environment pollution is alleviated.

Description

By calling the system and method in information optimization driver's carrying region by cable

[technical field]

The present invention relates to taxi field, particularly relate to one and can reduce taxi rate of empty ride and tripThe system and method that passes through to call by cable information optimization driver's carrying region of cost.

[background technology]

Taxi, approximately the commerial vehicle such as hire a car is the vehicles that people know, and it is in urban transportationPlay an important role. In current taxi and the commerial vehicle industry such as approximately hire a car, Si JitongOften select by rule of thumb carrying region. But, this mode of selecting by rule of thumb carrying region often due toPurpose is not strong, if ride in the carrying region of selecting, the passenger of demand causes rate of empty ride high more at least, goes outLine efficiency is low and operation cost is high, and the tail gas that automobile is discharged causes larger pollution to environment, alsoCause traffic pressure to a certain degree. On the contrary, many regions exist that demand is larger by bus, and passenger withoutMethod is got to the problem of car fast, and this brings great inconvenience to passenger's trip. Thereby, how effectively to changeRate of empty ride and the high problem of Trip Costs of the commerial vehicles such as kind taxi just become a kind of objective demand.

[summary of the invention]

The present invention is intended to address the above problem, and a kind of sky that reduces the commerial vehicles such as taxi is providedSail the system of passing through to call by cable information optimization driver's carrying region of rate and Trip Costs.

The present invention also provides a kind of side realizing by calling information optimization driver carrying district system by cableMethod.

For realizing object of the present invention, the invention provides a kind of by calling information optimization driver carrying by cableThe system in region, this system comprises:

Management platform, it is located in commerial vehicle administrative department, this management platform comprise processing unit,Call unit and information transmit-receive unit by cable for what receive that passenger calls request by cable, described in call unit and information by cableTransmit-Receive Unit is connected with processing unit respectively;

Intelligent vehicle-carried equipment, it is located in commerial vehicle, and this intelligent vehicle-carried equipment and management platform are wirelessConnect, it comprises control module, positioning unit, display interface and Transmit-Receive Unit, described positioning unit,Display interface and Transmit-Receive Unit are connected with control module respectively;

The position letter that the processing unit of described management platform is uploaded according to the positioning unit of intelligent vehicle-carried equipmentBreath and call by cable unit receive call by cable acquisition of information go out vehicle position near zone call by cable data andActual commerial vehicle incremental data, and these data are sent to intelligent vehicle-carried equipment, driver is by intelligenceThe display interface of mobile unit checks that data are to select carrying region.

The data of calling by cable of the vehicle position that described processing unit obtains comprise near vehicle positionThe passenger on the same day in region always calls quantity by cable, the total quantity of received orders of driver on the same day, and the same day, passenger called success rate by cable,The same day, passenger called average response time and passenger's average latency same day by cable.

The position letter that the processing unit of described management platform is uploaded according to the positioning unit of intelligent vehicle-carried equipmentBreath is divided near zone multiple subregions centered by vehicle position, and according to calling unit by cableCall data and current actual commerial vehicle incremental data by cable with positioning unit by every sub regions of obtainingAdd digital form with figure and represent, and these data are sent to intelligent vehicle-carried equipment.

The position letter that the processing unit of described management platform is uploaded according to the positioning unit of intelligent vehicle-carried equipmentBreath is divided near zone nine sub regions centered by vehicle position, and according to calling unit by cableCall data and current actual commerial vehicle incremental data by cable with positioning unit by every sub regions of obtainingAdd digital form with figure and represent, and these data are sent to intelligent vehicle-carried equipment.

Described intelligent vehicle-carried equipment is intelligent vehicle mounted terminal, mobile phone or panel computer.

Described commerial vehicle is taxi, approximately hires a car or special train.

It is a kind of by calling the method in information optimization driver's carrying region, the method by cable that the present invention also providesComprise the steps:

The positional information of vehicle is uploaded to management platform by a, intelligent vehicle-carried equipment;

The positional information that b, management platform are uploaded according to positioning unit and call by cable unit receive the information of calling by cableThat obtains out vehicle position near zone calls data and actual commerial vehicle incremental data by cable;

The data of obtaining are sent to intelligent vehicle-carried equipment by c, management platform;

D, driver be by the data of checking that intelligent vehicle-carried equipment receives, and according to this data selection carrying districtTerritory.

In step b, the processing unit of described management platform is according on the positioning unit of intelligent vehicle-carried equipmentThe positional information passing is divided near zone multiple subregions centered by vehicle position, and willEvery sub regions of obtaining call data by cable and current actual commerial vehicle incremental data adds numeral with figureForm represent.

In step b, the processing unit of described management platform is according on the positioning unit of intelligent vehicle-carried equipmentThe positional information passing is divided near zone nine sub regions centered by vehicle position, and willEvery sub regions of obtaining call data by cable and current actual commerial vehicle incremental data adds numeral with figureForm represent.

Contribution of the present invention is, its efficiently solve the commerial vehicles such as existing taxi rate of empty ride andThe problem that Trip Costs is high. The present invention obtains according to positioning unit by the processing unit of management platformVehicle position near zone is divided into multiple subregions by vehicle position information, and will obtainEvery sub regions quantity of calling by cable of comprising the same day, call average response time by cable and call the electricity of success rate by cableCall data and current actual commerial vehicle incremental data together and add digital form with figure and represent, and by these dataSend to the display interface of intelligent vehicle-carried equipment, realize driver by the data of checking that display interface receivesSelect carrying region, thereby reduce the rate of empty ride of the commerial vehicles such as taxi, also reduced it and gone out simultaneouslyRow cost, has alleviated environmental pollution.

[brief description of the drawings]

Fig. 1 is system architecture diagram of the present invention.

Fig. 2 is method flow diagram of the present invention.

[detailed description of the invention]

The following example is to further explanation of the present invention and supplements, the present invention is not formed to any limitSystem.

Consult Fig. 1, of the present inventionly comprise that by calling the system in information optimization driver's carrying region by cable management is flatPlatform 10 and intelligent vehicle-carried equipment 20. Wherein, management platform 10 is located in commerial vehicle administrative department,Intelligent vehicle-carried equipment 20 is located in commerial vehicle. Commerial vehicle of the present invention be taxi, approximately hire a car orSpecial train can be also other commerial vehicles of commerial vehicle administrative department.

As shown in Figure 1, management platform 10 is located in commerial vehicle administrative department, and it is loaded into calculatingIn machine. This management platform 10 comprises processing unit 11, calls unit 12 and information transmit-receive unit 13 by cable.Wherein, processing unit 11 respectively with call unit 12 by cable and information transmit-receive unit 13 is connected, it is for locatingReason is called the information of unit 12 and the information that information transmit-receive unit 13 receives by cable. Call unit 12 by cable for connecingReceive the request of calling by cable that passenger sends, and the request of calling by cable sends to driver's client. Information transmit-receive unit13 comprise information receiving unit and information transmitting unit, and wherein, information receiving unit is used for receiving intelligenceThe information of mobile unit 20, information transmitting unit is used for to intelligent vehicle-carried equipment 20 and processing unit 11Transmission information. Particularly, information transmit-receive unit 13 is by the vehicle of the intelligent vehicle-carried equipment 20 receivingLocating information sends to processing unit 11, and the vehicle location information that processing unit 11 bases receive is with carCentered by position, will near vehicle, be divided into multiple subregions, processing unit 11 is received through informationBill unit 13 obtain every sub regions call unit 12 by cable call data and current actual commerial vehicle by cableIncremental data, wherein, the data of calling by cable of every sub regions that processing unit 11 obtains comprise this subregionPassenger on the same day always call quantity by cable, the total quantity of received orders of driver on the same day, the same day, passenger called success rate by cable, whenDay, passenger called the data such as average response time and passenger's average latency same day by cable. And processing unit 11Call every sub regions by cable data and current actual commerial vehicle incremental data with figure and digital formRepresent, then these data are sent to intelligent vehicle-carried equipment 20 through information transmit-receive unit 13. Certainly, processData are called in unit 11 processing by cable and current actual commerial vehicle incremental data is not limited to figure and digital tableShowing form, can be also other representations intuitively. In the present embodiment, processing unit 11 is according to connecingCentered by the vehicle location information vehicle position of receiving, will near vehicle, be divided into nine sub regions,Processing unit 11 obtains the data of calling by cable of calling unit 12 by cable of every sub regions through information transmit-receive unit 13With current actual commerial vehicle incremental data, and call every sub regions by cable data and current actual battalionFortune vehicle fleet size data represent with figure and digital form, then by these data through information transmit-receive unit 13Deliver to intelligent vehicle-carried equipment 20.

As shown in Figure 1, intelligent vehicle-carried equipment 20 and management platform 10 wireless connections, it is located at vehicleInner Front End, this intelligent vehicle-carried equipment 20 comprises control module 21, positioning unit 22, display interface 23And Transmit-Receive Unit 24. Wherein, control module 21 is respectively with positioning unit 22, display interface 23 and receiveBill unit 24 connects, and it sends to Transmit-Receive Unit 24 for controlling positioning unit 22 by locating information,Be used for controlling display interface 23 and show data, for controlling Transmit-Receive Unit 24 reception information or sending letterBreath. Positioning unit 22 is for obtaining the positional information of vehicle, and this positioning unit 22 can be GPS,Also can be Big Dipper navigation system. In the present embodiment, positioning unit 22 is GPS. Display interface 23The deal with data sending for the information transmit-receive unit 13 of display management platform 10, is convenient to driver and checks.Information transmit-receive unit 13 wireless connections of Transmit-Receive Unit 24 and management platform 10, it is for reception informationThe information that Transmit-Receive Unit 13 sends or to information transmit-receive unit 13 transmission information. Particularly, location is singleUnit 22 is sent to management through Transmit-Receive Unit 24 by the locating information of vehicle under the control of control module 21Platform 10, the information transmit-receive unit 13 of management platform 10 receives the locating information of vehicle, and this is fixedPosition information sends to processing unit 11, and processing unit 11 will be with vehicle according to the vehicle position information receivingCentered by position, vehicle position near zone is divided to the sub regions coldest days of the year end, and obtain and call by cableUnit 12 call data and current actual commerial vehicle incremental data by cable, then by the each subarea obtainingTerritory call data by cable and current actual commerial vehicle quantity represents with figure and digital form, and by this numberAccording to send to intelligent vehicle-carried equipment 20, the control of intelligent vehicle-carried equipment 20 by information transmit-receive unit 13Unit 21 shows data by display interface 24, driver can be by checking the letter of display interface 24Breath is selected carrying region, and for example, driver views one of them in nine sub regions of display interface 24Subregion to call quantity by cable more, call that average response time is short and to call success rate by cable high by cable, but actualCommerial vehicle is less, can select this subregion as carrying region, thereby reduces rate of empty ride, withTime also reduced the Trip Costs of taxi, alleviated environmental pollution.

Consult Fig. 2, of the present inventionly comprise following step by the method for calling information optimization driver's carrying region by cableRapid:

The locating information of vehicle is uploaded to management platform 10 by S10, intelligent vehicle-carried equipment 20;

In this step, intelligent vehicle-carried equipment 20 comprises control module 21, positioning unit 22, shows boundaryFace 23 and Transmit-Receive Unit 24. Wherein, 24 points of positioning unit 22, display interface 23 and Transmit-Receive UnitsBe not connected with control module 21. Positioning unit 22 is for obtaining the positional information of vehicle, and it can beGPS can be also Big Dipper navigation system. In the present embodiment, positioning unit 22 is GPS. Location is singleUnit 22 uploads to management platform 10 by vehicle position information through Transmit-Receive Unit 24.

S20, management platform 10 receive vehicle position information and obtain according to the information of calling by cable of calling unit 12 by cableThe pick up the car demand of calling by cable and the actual commerial vehicle incremental data of a position;

In this step, management platform 10 comprises processing unit 11, calls unit 12 and information transmit-receive list by cableUnit 13. Wherein, processing unit 11 respectively with call unit 12 by cable and information transmit-receive unit 13 is connected. LetterBreath Transmit-Receive Unit 13 receives vehicle position information, and vehicle position information is sent to processing unit 11,Processing unit 11 according to vehicle position information by near region vehicle position with vehicle positionCentered by be divided into multiple subregions, then obtain calling by cable of every sub regions through information transmit-receive unit 13Unit 12 call data and current actual commerial vehicle incremental data by cable, wherein, processing unit 11 obtainsThe data of calling by cable of every sub regions of getting comprise that the passenger on the same day of this subregion always calls quantity by cable, the same day departmentThe total quantity of received orders of machine, the same day, passenger called success rate by cable, and the same day, passenger called average response time and the same day by cableThe data such as passenger's average latency. And processing unit 11 is called data and current by cable by every sub regionsActual commerial vehicle incremental data is processed. In the present embodiment, processing unit 11 is according to locator dataNear region vehicle position is divided into centered by vehicle position to nine sub regions, soBy information transmit-receive unit 13 obtain every sub regions call unit 12 by cable call data and current reality by cableBorder commerial vehicle incremental data, and call every sub regions by cable data and current actual commerial vehicle numberAmount data are processed. What processing unit 11 was processed calls data and current actual commerial vehicle quantity number by cableAccording to being to add digital form with figure to represent. What certainly, processing unit 11 was processed calls data and current by cableActual commerial vehicle incremental data also can by other intuitively form represent.

The data of obtaining are sent to intelligent vehicle-carried equipment 20 by S30, management platform 10;

In this step, the data of obtaining are sent to intelligence by the information transmit-receive unit 13 of management platform 10The Transmit-Receive Unit 24 of mobile unit 20.

S40, driver are by the data of checking that intelligent vehicle-carried equipment 20 receives.

In this step, the Transmit-Receive Unit 24 of intelligent vehicle-carried equipment 20 receives data, and is shown in demonstrationIn interface 23, driver checks the data of its reception by display interface, and suitable according to data selectionCarrying region. For example, it is many that driver can select to call quantity by cable, call by cable average response time short, call by cableThe subregion that success rate is high and actual commerial vehicle is few is as carrying region, to reduce driver's no-load ratio,Can reduce environmental pollution, alleviate traffic pressure simultaneously.

Take this, the present invention obtains according to positioning unit 22 by the processing unit 11 of management platform 10Vehicle position near zone is divided into multiple subregions by vehicle position information, and will obtainEvery sub regions call data by cable and current actual commerial vehicle incremental data figure adds digital form tableShow, and these data are sent to the display interface 24 of intelligent vehicle-carried equipment, realize driver aobvious by checkingShow the data selection carrying region that interface 24 receives, thereby the sky that has reduced the commerial vehicles such as taxi is sailedRate, has also reduced its Trip Costs simultaneously, has alleviated environmental pollution.

Although the present invention is disclosed by above embodiment, protection scope of the present invention is notBe confined to this, under the condition that is not departing from the present invention design, distortion that above each member is done, replaceChange etc. and all will fall within the scope of claim of the present invention.

Claims (9)

1. by calling the system in information optimization driver's carrying region by cable, it is characterized in that this systemComprise:
Management platform (10), it is located in commerial vehicle administrative department, and this management platform (10) comprisesProcessing unit (11), call unit (12) and information transmit-receive unit by cable for what receive that passenger calls request by cable(13),, call by cable unit (12) and information transmit-receive unit (13) respectively with processing unit (11)Connect;
Intelligent vehicle-carried equipment (20), it is located in commerial vehicle, this intelligent vehicle-carried equipment (20) and pipePat platform (10) wireless connections, it comprises control module (21), positioning unit (22), shows boundaryFace (23) and Transmit-Receive Unit (24), described positioning unit (22), display interface (23) and transmitting-receivingUnit (24) is connected with control module (21) respectively;
Processing unit (11) the determining according to intelligent vehicle-carried equipment (20) of described management platform (10)The positional information that bit location (22) is uploaded goes out car with the acquisition of information of calling by cable of calling unit (12) reception by cablePosition near zone call data and actual commerial vehicle incremental data by cable, and these data are sent outDeliver to intelligent vehicle-carried equipment (20), driver is by the display interface (23) of intelligent vehicle-carried equipment (20)Check that data are to select carrying region.
2. as claimed in claim 1 by calling the system in information optimization driver's carrying region, its spy by cableLevy and be, the data of calling by cable of the vehicle position that described processing unit (11) obtains comprise vehicle instituteOn the same day of position near zone, passenger always called quantity by cable, the total quantity of received orders of driver on the same day, the same day passengerCall success rate by cable, the same day, passenger called average response time and passenger's average latency same day by cable.
3. as claimed in claim 1 by calling the system in information optimization driver's carrying region, its spy by cableLevy and be, the processing unit (11) of described management platform (10) is according to intelligent vehicle-carried equipment (20)The positional information uploaded of positioning unit (22) centered by vehicle position, near zone is dividedFor multiple subregions, and according to calling unit (12) and positioning unit (22) by cable by the every height obtainingCall by cable data and the current actual commerial vehicle incremental data in region add digital form with figure and represent,And these data are sent to intelligent vehicle-carried equipment (20).
4. as claimed in claim 3 by calling the system in information optimization driver's carrying region, its spy by cableLevy and be, the processing unit (11) of described management platform (10) is according to intelligent vehicle-carried equipment (20)The positional information uploaded of positioning unit (22) centered by vehicle position, near zone is dividedBe nine sub regions, and according to calling unit (12) and positioning unit (22) by cable by the every height obtainingCall by cable data and the current actual commerial vehicle incremental data in region add digital form with figure and represent,And these data are sent to intelligent vehicle-carried equipment (20).
5. as claimed in claim 1 by calling the system in information optimization driver's carrying region, its spy by cableLevy and be, described intelligent vehicle-carried equipment (20) is intelligent vehicle mounted terminal, mobile phone or panel computer.
6. as claimed in claim 1 by calling the system in information optimization driver's carrying region, its spy by cableLevy and be, described commerial vehicle is taxi, approximately hires a car or special train.
7. as claimed in claim 1 by calling the method in information optimization driver's carrying region, its spy by cableLevy and be, the method comprises the steps:
The positional information of vehicle is uploaded to management platform (10) by a, intelligent vehicle-carried equipment (20);
The positional information that b, management platform (10) are uploaded according to positioning unit (22) and call unit (12) by cableAcquisition of information goes out vehicle position near zone calls data and actual commerial vehicle by cable for calling by cable of receivingIncremental data;
The data of obtaining are sent to intelligent vehicle-carried equipment (20) by c, management platform (10);
D, driver be by the data of checking that intelligent vehicle-carried equipment (20) receives, and according to this data selectionCarrying region.
8. as claimed in claim 7 by calling the method in information optimization driver's carrying region, its spy by cableLevy and be, in step b, the processing unit (11) of described management platform (10) is according to intelligent vehicle-carriedThe positional information that the positioning unit (22) of equipment (20) is uploaded centered by vehicle position by attachedNear field is divided into multiple subregions, and calls every sub regions of obtaining by cable data and current realityCommerial vehicle incremental data adds digital form with figure and represents.
9. as claimed in claim 8 by calling the method in information optimization driver's carrying region, its spy by cableLevy and be, in step b, the processing unit (11) of described management platform (10) is according to intelligent vehicle-carriedThe positional information that the positioning unit (22) of equipment (20) is uploaded centered by vehicle position by attachedNear field is divided into nine sub regions, and calls every sub regions of obtaining by cable data and current realityCommerial vehicle incremental data adds digital form with figure and represents.
CN201610088136.1A 2016-02-16 2016-02-16 System and method for optimizing driver passenger-carrying area through call information CN105608887A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106846794A (en) * 2016-11-28 2017-06-13 中兴软创科技股份有限公司 Traffic zone Service Index and operation exponent extracting method and system

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CN103778781A (en) * 2014-01-21 2014-05-07 深圳市京泰基科技有限公司 System for seamless joint between driver and passenger through display of on-call information
CN103985247A (en) * 2014-04-24 2014-08-13 北京嘀嘀无限科技发展有限公司 Taxi transport capacity scheduling system based on city taxi calling demand distribution density
CN104794883A (en) * 2014-01-22 2015-07-22 华为技术有限公司 Taxi calling method and device

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Publication number Priority date Publication date Assignee Title
US20020171650A1 (en) * 1992-10-16 2002-11-21 Mobile Information Systems, Inc. Apparatus for graphical fleet management
CN102881152A (en) * 2012-07-19 2013-01-16 周文伟 Intelligent operating navigation assistant system and method for taxi
CN103778781A (en) * 2014-01-21 2014-05-07 深圳市京泰基科技有限公司 System for seamless joint between driver and passenger through display of on-call information
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Publication number Priority date Publication date Assignee Title
CN106846794A (en) * 2016-11-28 2017-06-13 中兴软创科技股份有限公司 Traffic zone Service Index and operation exponent extracting method and system
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Application publication date: 20160525