CN107146123A - A kind of order allocation method and system - Google Patents
A kind of order allocation method and system Download PDFInfo
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- CN107146123A CN107146123A CN201610118070.6A CN201610118070A CN107146123A CN 107146123 A CN107146123 A CN 107146123A CN 201610118070 A CN201610118070 A CN 201610118070A CN 107146123 A CN107146123 A CN 107146123A
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- G06Q30/06—Buying, selling or leasing transactions
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Abstract
The invention discloses a kind of order allocation method and system.The order allocation method includes:Obtain the status information for each terminal that trip service is performed in presumptive area；When determining that empty wagons rate is more than predetermined threshold value in the region according to the status information, according to the status information, the second sequence information of the first sequence information or destination information in the first order aggregation zone is filtered out from sequence information to be allocated by preset strategy；First sequence information or second sequence information are distributed into terminal.The present invention is by the way that transport power is guided to order aggregation zone, to reduce the empty driving time of terminal transport power, improves the efficiency of service and order probability of transaction of transport power.
Description
Technical field
The present invention relates to communication technical field, and in particular to a kind of order allocation method and system.
Background technology
In existing choice for traveling, there is different grades of trip product, such as facilitate inexpensive
Express, the special train of high-end experience etc..In different areas, time, the supply and demand of each product
Relation is different.It can not exclusively ensure the use of each product simultaneously with regard to current Order splitting mode
Family obtains respective service.
This causes the transport power of part trip product idle, and supply falls short of demand for other trip product,
Cause the problem of transport power empty driving time is longer, efficiency of service is relatively low.So, need badly by more
Rational order allocation method scheduling goes on a journey product to solve problem above.
The content of the invention
For defect of the prior art, the invention provides a kind of order allocation method and it is
System, the empty driving time with reduction transport power, improves the efficiency of service and order probability of transaction of transport power
Advantage.
In a first aspect, the invention provides a kind of order allocation method, including：
Obtain the status information for each terminal that trip service is performed in presumptive area；
When determining that empty wagons rate is more than predetermined threshold value in the region according to the status information, according to institute
Status information is stated, the first sequence information is filtered out from sequence information to be allocated by preset strategy
Or destination information is in the second sequence information in the first order aggregation zone；
First sequence information or second sequence information are distributed into terminal.
Preferably, the status information includes：Running state information and current location information；
When running state information is empty wagons running status, described according to the status information,
First sequence information or destination are filtered out from sequence information to be allocated by preset strategy
Before the step of information is in the second sequence information in the first order aggregation zone, methods described
Also include：
Judge whether terminal is according to the current location information of the terminal of sequence information to be allocated
In the first order aggregation zone；
If so, then according to the status information, by preset strategy from sequence information to be allocated
Filter out the first sequence information or destination information are in the first order aggregation zone the
The step of two sequence informations, including：
The first sequence information is filtered out from sequence information to be allocated.
Preferably, at the end that running state information is empty wagons running status and sequence information to be allocated
When the current location information at end is not in the first order aggregation zone,
According to the status information, is filtered out from sequence information to be allocated by preset strategy
One sequence information or destination information are in the second order letter in the first order aggregation zone
The step of breath, including：
The first sequence information or destination information are filtered out from the sequence information to be allocated
The second sequence information in the first order aggregation zone.
Preferably, when running state information is execution of order running status,
Described according to the status information, sieved by preset strategy from sequence information to be allocated
Select second of the first sequence information or destination information in the first order aggregation zone
Before the step of sequence information, methods described also includes：
Judge whether the destination information of the current order of the terminal of sequence information to be allocated is in
In the first order aggregation zone；
If so, then according to the status information, by preset strategy from sequence information to be allocated
Filter out the first sequence information or destination information are in the first order aggregation zone the
The step of two sequence informations, including：
The first sequence information is filtered out from the sequence information to be allocated.
Preferably, it is execution of order running status and sequence information to be allocated in running state information
The destination information of current order of terminal when being not in the first order aggregation zone,
According to the status information, is filtered out from sequence information to be allocated by preset strategy
One sequence information or destination information are in the second order letter in the first order aggregation zone
The step of breath, including：
The first sequence information or destination information are filtered out from the sequence information to be allocated
The second sequence information in the first order aggregation zone；
Correspondingly, it is described to distribute institute by first sequence information or second sequence information
Terminal is stated, is specifically included：
Current order is obtained according to the destination information of the current location information and current order
Remaining distance；
When the remaining distance is less than pre-determined distance, by first sequence information or described
Second sequence information distributes to the terminal.
Preferably, it is described to distribute to first sequence information or second sequence information
The terminal, is specifically included：
Completion is estimated according to the destination information of the current location information and current order current
The remaining time of order；
When the remaining time being less than preset time, by first sequence information or described
Second sequence information distributes to the terminal.
Preferably, it is described to distribute to first sequence information or second sequence information
The terminal, is specifically included：
There is the first sequence information in the sequence information after detecting screening and the second order is believed
During breath, the first sequence information is distributed into the terminal；
When the first sequence information is not present in the sequence information after detecting screening, second is ordered
Single information distributes to the terminal.
Preferably, according to the status information, by preset strategy from sequence information to be allocated
In filter out the first sequence information or destination information and be in the first order aggregation zone
Before second sequence information, in addition to：
The order data of history first in predetermined period in the first order database, is divided
Go out the first order aggregation zone corresponding with the predetermined period.
Preferably, the order data of history first includes：During the order of each first sequence information
Between and departure place information；
Correspondingly, the history first in the predetermined period in the first order database is ordered
Forms data, marks off the first order aggregation zone corresponding with the predetermined period and specifically includes：
The predetermined period is divided, multiple default subcycles are obtained；
According to the order time filter out the first sequence information in each default subcycle and with
The corresponding departure place information of first sequence information；
According to the departure place acquisition of information, the first order of each default subcycle assembles son
The density of the corresponding coordinate points of departure place information in region, the first order aggregation subregion
More than predetermined threshold value；
Cumulative acquisition overlapping region is carried out to each first order aggregation subregion, determined described overlapping
Region is the first order aggregation zone of the predetermined period.
Second aspect, the invention also provides a kind of order distribution system, including：
Acquisition module, the state letter for obtaining each terminal that trip service is performed in presumptive area
Breath；
Screening module, for determining that empty wagons rate is more than default in the region according to the status information
During threshold value, according to the status information, screened by preset strategy from sequence information to be allocated
Go out that the first sequence information or destination information be in the first order aggregation zone second is ordered
Single information；
Distribute module, for first sequence information or second sequence information to be distributed
To terminal.
Preferably, the status information includes：Running state information and current location information；
Running state information be empty wagons running status when, the screening module, specifically for
It is described according to the status information, is filtered out from sequence information to be allocated by preset strategy
One sequence information or destination information are in the second order letter in the first order aggregation zone
Before the step of breath,
Judge whether terminal is according to the current location information of the terminal of sequence information to be allocated
In the first order aggregation zone, if so, then filtering out first from sequence information to be allocated
Sequence information.
Preferably, the screening module, it is empty wagons running status to be additionally operable in running state information
And the current location information of the terminal of sequence information to be allocated is not at the first order aggregation
When in region, the first sequence information or destination are filtered out from the sequence information to be allocated
Information is in the second sequence information of the first order aggregation zone.
Preferably, when running state information is execution of order running status,
The screening module, is additionally operable to described according to the status information, passes through preset strategy
The first sequence information is filtered out from sequence information to be allocated or destination information is in first
Before the step of the second sequence information in order aggregation zone,
Judge whether the destination information of the current order of the terminal of sequence information to be allocated is in
In the first order aggregation zone；If so, then being filtered out from the sequence information to be allocated
First sequence information.
Preferably, the screening module, is additionally operable to run for execution of order in running state information
The destination information of the current order of the terminal of state and sequence information to be allocated is not at described
When in the first order aggregation zone, the first order letter is filtered out from the sequence information to be allocated
Breath or destination information are in the second sequence information of the first order aggregation zone；
Correspondingly, the distribute module, specifically for according to the current location information and currently
The destination information of order obtains the remaining distance of current order；It is less than in the remaining distance pre-
If apart from when, first sequence information or second sequence information are distributed into the end
End.
Preferably, the distribute module, is additionally operable to according to the current location information and currently orders
Single destination information estimates the remaining time for completing current order；It is less than in the remaining time
During preset time, first sequence information or second sequence information are distributed to described
Terminal.
Preferably, the distribute module, is additionally operable to deposit in the sequence information after detecting screening
In the first sequence information and the second sequence information, the first sequence information is distributed into the end
End；When the first sequence information is not present in the sequence information after detecting screening, second is ordered
Single information distributes to the terminal.
Preferably, in addition to：Region division module；
The region division module, for according to the status information, by preset strategy from
The first sequence information is filtered out in sequence information to be allocated or destination information is ordered in first
Before the second sequence information in single aggregation region, the default week in the first order database
The order data of history first in phase, marks off the first order corresponding with the predetermined period and gathers
Collect region.
Preferably, the order data of history first includes：During the order of each first sequence information
Between and departure place information；
Correspondingly, the region division module, specifically for being divided to the predetermined period,
Obtain multiple default subcycles；In each default subcycle is filtered out according to the order time
One sequence information and departure place information corresponding with first sequence information；Set out according to described
The first order aggregation subregion of each default subcycle of ground acquisition of information, first order
The density for assembling the corresponding coordinate points of departure place information in subregion is more than predetermined threshold value；To each
First order aggregation subregion carries out cumulative acquisition overlapping region, and it is institute to determine the overlapping region
State the first order aggregation zone of predetermined period.
As shown from the above technical solution, order allocation method proposed by the present invention is by obtaining each end
The status information at end, pointedly to distribute order, transport power is guided to order aggregation zone,
The reduction transport power empty driving time is reached, the efficiency of service of transport power and the purpose of order probability of transaction is improved.
Brief description of the drawings
The features and advantages of the present invention can be more clearly understood from by reference to accompanying drawing, accompanying drawing is to show
Meaning property and should not be construed as carrying out the present invention any limitation, in the accompanying drawings：
Fig. 1 is the schematic flow sheet for the order allocation method that the embodiment of the disclosure one is provided；
Fig. 2 is the schematic flow sheet for the order allocation method that another embodiment of the disclosure is provided；
Fig. 3 is the structural representation for the order distribution system that the embodiment of the disclosure one is provided.
Embodiment
, below will knot to make the purpose, technical scheme and advantage of the embodiment of the present invention clearer
The accompanying drawing in the embodiment of the present invention is closed, clear to the technical scheme progress in the embodiment of the present invention,
It is fully described by, it is clear that described embodiment is a part of embodiment of the present invention, without
It is whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art are not having
There are all embodiments obtained on the premise of making creative work, belong to protection of the present invention
Scope.
The partial words referred in the embodiment of the present invention are illustrated below.
The user equipment (User Equipment, abbreviation UE) referred in the embodiment of the present invention
Refer to calling service side, the passenger in such as vehicles dial-a-cab is used mobile whole
The equipment such as end or personal computer (Personal Computer, abbreviation PC).For example it is intelligent
Mobile phone, personal digital assistant (PDA), tablet personal computer, notebook computer, vehicle-mounted computer
(carputer), handheld device, intelligent glasses, intelligent watch, wearable device, void
Intend display device or display enhancing equipment (such as Google Glass, Oculus Rift, Hololens,
Gear VR) etc..
The terminal referred in the embodiment of the present invention is provides service side, and such as vehicles chauffeur takes
Driver in business, it is used for equipment such as the mobile terminal of order or PC ends.It is all as above
State calling service side and use each equipment.Therefore, in the present embodiment, first terminal is first
The mobile terminal that individual driver is held, the terminal ... ... that second terminal is held by second driver,
The terminal that N terminals are held by n-th driver.In the present embodiment, in order to distinguish passenger and
Driver, is respectively adopted what user equipment (UE) and terminal were held to represent passenger and driver respectively
The equipment such as mobile terminal.
As shown in figure 1, the embodiment of the disclosure one provides a kind of order allocation method, this method
Comprise the following steps：
110th, the status information for each terminal that trip service is performed in presumptive area is obtained；
When the 120th, determining that empty wagons rate is more than predetermined threshold value in the region according to the status information,
According to the status information, first is filtered out from sequence information to be allocated by preset strategy and is ordered
Single information or destination information are in the second sequence information in the first order aggregation zone；
It should be noted that when empty wagons rate reaches certain value, server will send status request
Information；For example, predetermined threshold value is 50%, 60% etc.；
It will be appreciated that server either can periodically be sent out by big data to each terminal
Send status request instruction to determine the value of empty wagons rate, to send corresponding instruction, no longer enter herein
Row is limited.
130th, first sequence information or second sequence information are distributed into terminal；
It should be noted that first sequence information is distributed to terminal by server priority, and
When being not detected by the first sequence information, second sequence information is distributed into the terminal；
It will be appreciated that different conditions information of the server according to terminal, screens and distributes to end
The different service type in end, for example：Special train or express, to reduce special train or express transport power
The empty driving time, and special train is guided to special train order aggregation zone, or express transport power is drawn
It is oriented to express order aggregation zone；
For example, when the empty wagons rate of special train is higher, it is the first sequence information to set special train order,
It is the second sequence information to set other service types, with by the way that the order of other service types is adjusted
The mode to special train is spent, the empty driving time of special train is reduced；Certainly, the first sequence information can also
For express sequence information.
In summary, the present invention is by detecting the status information for the transport power serviced of going on a journey with specific aim
Ground is distribution order, reaches the reduction transport power empty driving time, and gather to order by the way that transport power is guided
Collect the mode in region, improve the probability for obtaining order, improve transport power efficiency of service and order strikes a bargain
The purpose of rate.
As shown in Fig. 2 another embodiment of the disclosure provides a kind of order allocation method, the party
Method comprises the following steps：
Server obtains the status information for each terminal that trip service is performed in presumptive area, state
Information includes：Running state information and current location information；
Judge that terminal is in empty wagons running status or execution of order is transported according to running state information
Row state；
In empty wagons running status：
When running state information is empty wagons running status, described according to the status information,
First sequence information or destination are filtered out from sequence information to be allocated by preset strategy
Before the step of information is in the second sequence information in the first order aggregation zone,
Also need to judge that terminal is according to the current location information of the terminal of sequence information to be allocated
It is no to be in the first order aggregation zone,
If so, then according to the status information, by preset strategy from sequence information to be allocated
Filter out the first sequence information or destination information are in the first order aggregation zone the
The step of two sequence informations, includes：
The first sequence information is filtered out from sequence information to be allocated；
In working as the terminal that running state information is empty wagons running status and sequence information to be allocated
When front position information is not in the first order aggregation zone,
According to the status information, is filtered out from sequence information to be allocated by preset strategy
One sequence information or destination information are in the second order letter in the first order aggregation zone
The step of breath, includes：
The first sequence information or destination information are filtered out from the sequence information to be allocated
The second sequence information in the first order aggregation zone.
It should be noted that when terminal is in empty wagons running status, server is according to terminal
Current location information judges terminal whether in the first order aggregation zone, and is tied according to judgement
Fruit targetedly distributes order to counterpart terminal.
When running state information is execution of order running status：
Described according to the status information, sieved by preset strategy from sequence information to be allocated
Select second of the first sequence information or destination information in the first order aggregation zone
Before the step of sequence information, in addition it is also necessary to judge the current order of the terminal of sequence information to be allocated
Destination information whether in the first order aggregation zone；
If so, then according to the status information, by preset strategy from sequence information to be allocated
Filter out the first sequence information or destination information are in the first order aggregation zone the
The step of two sequence informations, including：
The first sequence information is filtered out from the sequence information to be allocated.
It should be noted that the destination letter that destination information herein can also input for driver
Breath；
In the terminal that running state information is execution of order running status and sequence information to be allocated
The destination information of current order when being not in the first order aggregation zone, according to institute
Status information is stated, the first sequence information is filtered out from sequence information to be allocated by preset strategy
Or the step of the second sequence information of the destination information in the first order aggregation zone, bag
Include：
The first sequence information or destination information are filtered out from the sequence information to be allocated
The second sequence information in the first order aggregation zone；
It should be noted that in order to optimize order allocation method, by first sequence information or
The scheme that second sequence information described in person distributes to terminal includes：
Current order is obtained according to the destination information of the current location information and current order
Remaining distance；
When the remaining distance is less than pre-determined distance, by first sequence information or described
Second sequence information distributes to the terminal.
In another feasible embodiment, the present invention is by first sequence information or described the
The scheme that two sequence informations distribute to terminal includes：
Completion is estimated according to the destination information of the current location information and current order current
The remaining time of order；
It will be appreciated that influence is estimated the factor of remaining time and included in the present embodiment：Gather around on road surface
Stifled time etc., it is also possible to select to influence the other specification of Consumer's Experience to carry out redundant data
Judge, and weather conditions, traffic etc.；
When the remaining time being less than preset time, by first sequence information or described
Second sequence information distributes to the terminal；
It will be appreciated that the first sequence information or the second sequence information of the invention to filtering out
Distribution two important reference points of Main Basiss：Estimate the remaining time for completing current order
With the remaining distance apart from destination.Remaining time, which is mainly, to be estimated ensuing X minutes
Interior completion current order (being usually no more than 20 minutes)；It is current that remaining distance is mainly calculating
The distance of the positional distance destination at moment is less than Xkm (being usually no more than 10km), the above
Two kinds of situations are substantially controllable for driver completes order and error is relatively small,
Accordingly, it is capable to play a part of optimizing order allocation method.
In order to further optimize order allocation method, in the sequence information after detecting screening
During in the presence of the first sequence information and the second sequence information, the first sequence information is distributed into the end
End；When the first sequence information is not present in the sequence information after detecting screening, second is ordered
Single information distributes to the terminal；
It will be appreciated that server passes through the shape that obtains the ID of each terminal, associate with each Termination ID
The mode of state information, the sequence information filtered out is distributed to correspondence ID terminal.
The first order aggregation zone in the present invention is described in detail below：
History first order numbers of the server in the predetermined period in the first order database
According to marking off the first order aggregation zone corresponding with the predetermined period；
It will be appreciated that from the point of view of the first order, demand is that can show one in some cycles
Fixed aggregation, can draw out overlapping region by existing big data.The geography in the region
Fence coordinate is confirmable.The first order accumulation regions are produced by so periodically drawing
Domain.
It should be noted that the order data of history first includes：The order of each first sequence information
Time and departure place information；Correspondingly, the principle for dividing the first order aggregation zone is as follows：
The predetermined period is divided, multiple default subcycles are obtained；
According to the order time filter out the first sequence information in each default subcycle and with
The corresponding departure place information of first sequence information；
According to the departure place acquisition of information, the first order of each default subcycle assembles son
The density of the corresponding coordinate points of departure place information in region, the first order aggregation subregion
More than predetermined threshold value；
Cumulative acquisition overlapping region is carried out to each first order aggregation subregion, determined described overlapping
Region is the first order aggregation zone of the predetermined period.
It should be noted that it is default in which that can distinguish each first order according to the order time
In subcycle, and after the default subcycle residing for a certain first order is confirmed, according to this first
The departure place information of order, draws coordinate points on map；
It can be drawn according to the departure place information of the first order in all subcycles on map
Multiple discrete coordinate points, server divides the first order aggregation according to the density of coordinate points
Region；
It will be appreciated that the density of coordinate points is transformable.
The first order accumulation regions in sub-zone dividing predetermined period are assembled according to each first order
Domain；
It should be noted that marking off the corresponding first order aggregation subregion of each subcycle
Afterwards, all first orders are assembled and overlap-add procedure is carried out after subregion, obtain each first order and gather
Collect the overlap-add region of subregion, overlap-add region is set to the first order aggregation zone.
It is within 1 day that a subcycle illustrates the aggregation of the first order below with 1 week for a cycle
Region method for drafting, comprises the following steps：
1st, all first orders of current time the last week are taken, are daily split.
2nd, the starting point coordinate of the daily order of whole first is taken out, order id and starting point is passed through
Latitude is corresponded, and realizes that map gets determination the first order aggregation subregion ready；
3rd, abandon the scatterplot deviateed farther out when region is drawn to abandon, so-called scatterplot refers to apart from it
His order starting point could not be in the link position of multiple small close quarterses again more than 5km
On；
It will be appreciated that 5km distance can depend on the circumstances, a simply preferred reality herein
Apply mode；
4th, most two of the region that daily data are drawn, the region connected as far as possible is whole
Connection forms big region；
5th, the first order aggregation subregion to many days is added up, draws each first order
Assemble the overlapping region of subregion, it is the first order aggregation zone to determine the overlapping region.
6th, the first order aggregation zone fence is drawn, fence coordinate is determined.It can support polygon
Shape and irregular area.
It should be noted that the division methods of the first order aggregation zone of the present invention, can be effective
Ground solves aggregation zone and chooses the problem of being selected with fence, and favourable base is provided for the distribution of order
Plinth；
It will be appreciated that the division methods of the first order aggregation zone can be special train, express
Deng the corresponding vehicle of other service types, it is not described further herein.
In summary, order allocation method proposed by the present invention is by detecting the transport power gone on a journey and serviced
Status information pointedly for distribution order, to reach the reduction transport power empty driving time, and pass through
Transport power is guided into the mode to order aggregation zone, the probability for obtaining order is improved, transport power is improved
The purpose of efficiency of service and order probability of transaction.
For method embodiment, in order to be briefly described, therefore it is all expressed as a series of dynamic
Combine, but those skilled in the art should know, embodiment of the present invention is not by being retouched
The limitation for the sequence of movement stated, because according to embodiment of the present invention, some steps can be used
Other orders are carried out simultaneously.Secondly, those skilled in the art should also know, specification
Described in embodiment belong to preferred embodiment, involved action is not necessarily
Necessary to embodiment of the present invention.
As shown in figure 3, the embodiment of the disclosure one provides a kind of order distribution system, the system
Including：
Acquisition module 310, the shape for obtaining each terminal that trip service is performed in presumptive area
State information；
It should be noted that status information includes：Running state information and current location information；
Screening module 320, for determining that empty wagons rate is more than in the region according to the status information
During predetermined threshold value, according to the status information, by preset strategy from sequence information to be allocated
Filter out the first sequence information or destination information are in the first order aggregation zone the
Two sequence informations；
Distribute module 330, for by first sequence information or second sequence information
Distribute to terminal.
Order distribution system proposed by the present invention is by detecting that the state of the transport power of the service of trip is believed
Breath, to distribute order, reaches the reduction transport power empty driving time with pointedly, and by the way that transport power is drawn
The mode of order aggregation zone is oriented to, the probability for obtaining order is improved, transport power efficiency of service is improved
With the purpose of order probability of transaction.
The preset strategy in the system is described in detail below：
When running state information is empty wagons running status：
The screening module 320 specifically for described according to the status information, by default
The first sequence information is filtered out from sequence information to be allocated for strategy or destination information is in
Before the step of the second sequence information in first order aggregation zone,
Judge whether terminal is according to the current location information of the terminal of sequence information to be allocated
In the first order aggregation zone, if so, then filtering out first from sequence information to be allocated
Sequence information.
The screening module 320, which is additionally operable to, to be empty wagons running status in running state information and treats point
The current location information of terminal with sequence information is not in the first order aggregation zone
When, filtered out from the sequence information to be allocated at the first sequence information or destination information
In the second sequence information of the first order aggregation zone.
When running state information is execution of order running status：
The screening module 320, is additionally operable to described according to the status information, by default
The first sequence information is filtered out from sequence information to be allocated for strategy or destination information is in
Before the step of the second sequence information in first order aggregation zone,
Judge whether the destination information of the current order of the terminal of sequence information to be allocated is in
In the first order aggregation zone；If so, then being filtered out from the sequence information to be allocated
First sequence information.
The screening module 320, it is execution of order running status to be additionally operable in running state information
And the destination information of the current order of the terminal of sequence information to be allocated is not at described first
When in order aggregation zone, filtered out from the sequence information to be allocated first sequence information or
Person's destination information is in the second sequence information of the first order aggregation zone；
Correspondingly, it is execution of order running status and sequence information to be allocated in running state information
The destination information of current order of terminal when being not in the first order aggregation zone,
The distribute module 330, specifically for the mesh according to the current location information and current order
Ground acquisition of information current order remaining distance；It is less than pre-determined distance in the remaining distance
When, first sequence information or second sequence information are distributed into the terminal.
Or, completion is estimated according to the destination information of the current location information and current order
The remaining time of current order；When the remaining time being less than preset time, by described first
Sequence information or second sequence information distribute to the terminal.
It should be noted that distribute module 330 is additionally operable to the sequence information after screening is detected
When middle presence the first sequence information and the second sequence information, the first sequence information is distributed to described
Terminal；When the first sequence information is not present in the sequence information after detecting screening, by second
Sequence information distributes to the terminal.
In a possible embodiments, in order to optimize the system, system also includes：Region division mould
Block；
The region division module, for according to the status information, by preset strategy from
The first sequence information is filtered out in sequence information to be allocated or destination information is ordered in first
Before the second sequence information in single aggregation region, the default week in the first order database
The order data of history first in phase, marks off the first order corresponding with the predetermined period and gathers
Collect region；
Wherein, the order data of history first includes：The order time of each first sequence information and go out
Hair ground information；
The region division module, specifically for being divided to the predetermined period, is obtained many
Individual default subcycle；The first order in each default subcycle is filtered out according to the order time
Information and departure place information corresponding with first sequence information；According to the departure place information
Obtain the first order aggregation subregion of each default subcycle, the first order aggregation
The density of the corresponding coordinate points of departure place information in region is more than predetermined threshold value；Ordered to each first
Single aggregation subregion carries out cumulative acquisition overlapping region, determines that the overlapping region is preset to be described
The first order aggregation zone in cycle；
It will be appreciated that server passes through the shape that obtains the ID of each terminal, associate with each Termination ID
The mode of state information, the sequence information filtered out is distributed to correspondence ID terminal.
For device embodiments, because it is substantially similar to method embodiment, so
What is described is fairly simple, and related part illustrates referring to the part of method embodiment.
It should be noted that in all parts of the device of the present invention, to be realized according to it
Function and logical partitioning has been carried out to part therein, still, the present invention is not only restricted to this, can
To be repartitioned or be combined to all parts as needed.
The all parts embodiment of the present invention can realize with hardware, or with one or
The software module run on multiple processors is realized, or is realized with combinations thereof.The present apparatus
In, PC is by realizing internet to equipment or device remote control, accurately control device
Or device is the step of each operate.The present invention is also implemented as described here for performing
Method some or all equipment or program of device (for example, computer program and
Computer program product).Computer-readable Jie can be stored in by being achieved in that the program of the present invention
In matter, and the file or document that program is produced produces data report and cpk with can be statistical
Report etc., can carry out batch testing and count to power amplifier.It should be noted that above-mentioned embodiment
The present invention will be described rather than limits the invention, and those skilled in the art exist
Replacement embodiment can be designed without departing from the scope of the appended claims.In right
It is required that in, any reference symbol between bracket should not be configured to the limit to claim
System.Word "comprising" does not exclude the presence of element or step not listed in the claims.It is located at
Word "a" or "an" before element does not exclude the presence of multiple such elements.This hair
It is bright can be by means of including the hardware of some different elements and by means of properly programmed meter
Calculation machine is realized.In if the unit claim of equipment for drying is listed, if in these devices
Dry can be embodied by same hardware branch.Word first, second, Yi Ji
Third use does not indicate that any order.These words can be construed to title.
Although being described in conjunction with the accompanying embodiments of the present invention, those skilled in the art can
To make various modifications and variations without departing from the spirit and scope of the present invention, so
Modifications and variations each fall within and be defined by the appended claims within the scope of.
Claims (18)
1. a kind of order allocation method, it is characterised in that including：
Obtain the status information for each terminal that trip service is performed in presumptive area；
When determining that empty wagons rate is more than predetermined threshold value in the region according to the status information, according to institute
Status information is stated, the first sequence information is filtered out from sequence information to be allocated by preset strategy
Or destination information is in the second sequence information in the first order aggregation zone；
First sequence information or second sequence information are distributed into terminal.
2. according to the method described in claim 1, it is characterised in that the status information includes：
Running state information and current location information；
When running state information is empty wagons running status, described according to the status information,
First sequence information or destination are filtered out from sequence information to be allocated by preset strategy
Before the step of information is in the second sequence information in the first order aggregation zone, methods described
Also include：
Judge whether terminal is according to the current location information of the terminal of sequence information to be allocated
In the first order aggregation zone；
If so, then according to the status information, by preset strategy from sequence information to be allocated
Filter out the first sequence information or destination information are in the first order aggregation zone the
The step of two sequence informations, including：
The first sequence information is filtered out from sequence information to be allocated.
3. method according to claim 2, it is characterised in that be in running state information
The current location information of the terminal of empty wagons running status and sequence information to be allocated is not at described
When in the first order aggregation zone,
According to the status information, is filtered out from sequence information to be allocated by preset strategy
One sequence information or destination information are in the second order letter in the first order aggregation zone
The step of breath, including：
The first sequence information or destination information are filtered out from the sequence information to be allocated
The second sequence information in the first order aggregation zone.
4. method according to claim 2, it is characterised in that be in running state information
During execution of order running status,
Described according to the status information, sieved by preset strategy from sequence information to be allocated
Select second of the first sequence information or destination information in the first order aggregation zone
Before the step of sequence information, methods described also includes：
Judge whether the destination information of the current order of the terminal of sequence information to be allocated is in
In the first order aggregation zone；
If so, then according to the status information, by preset strategy from sequence information to be allocated
Filter out the first sequence information or destination information are in the first order aggregation zone the
The step of two sequence informations, including：
The first sequence information is filtered out from the sequence information to be allocated.
5. method according to claim 4, it is characterised in that be in running state information
The destination letter of the current order of the terminal of execution of order running status and sequence information to be allocated
When breath is not in the first order aggregation zone,
According to the status information, is filtered out from sequence information to be allocated by preset strategy
One sequence information or destination information are in the second order letter in the first order aggregation zone
The step of breath, including：
The first sequence information or destination information are filtered out from the sequence information to be allocated
The second sequence information in the first order aggregation zone；
Correspondingly, it is described to distribute institute by first sequence information or second sequence information
Terminal is stated, is specifically included：
Current order is obtained according to the destination information of the current location information and current order
Remaining distance；
When the remaining distance is less than pre-determined distance, by first sequence information or described
Second sequence information distributes to the terminal.
6. method according to claim 5, it is characterised in that described to be ordered described first
Single information or second sequence information distribute to the terminal, specifically include：
Completion is estimated according to the destination information of the current location information and current order current
The remaining time of order；
When the remaining time being less than preset time, by first sequence information or described
Second sequence information distributes to the terminal.
7. the method according to claim 3,5 or 6 any one, it is characterised in that described
First sequence information or second sequence information are distributed into the terminal, specific bag
Include：
There is the first sequence information in the sequence information after detecting screening and the second order is believed
During breath, the first sequence information is distributed into the terminal；
When the first sequence information is not present in the sequence information after detecting screening, second is ordered
Single information distributes to the terminal.
8. according to the method described in claim 1, it is characterised in that believe according to the state
Breath, the first sequence information or purpose are filtered out by preset strategy from sequence information to be allocated
Ground information is in before the second sequence information in the first order aggregation zone, in addition to：
The order data of history first in predetermined period in the first order database, is divided
Go out the first order aggregation zone corresponding with the predetermined period.
9. method according to claim 8, it is characterised in that the order of history first
Data include：The order time of each first sequence information and departure place information；
Correspondingly, the history first in the predetermined period in the first order database is ordered
Forms data, marks off the first order aggregation zone corresponding with the predetermined period and specifically includes：
The predetermined period is divided, multiple default subcycles are obtained；
According to the order time filter out the first sequence information in each default subcycle and with
The corresponding departure place information of first sequence information；
According to the departure place acquisition of information, the first order of each default subcycle assembles son
The density of the corresponding coordinate points of departure place information in region, the first order aggregation subregion
More than predetermined threshold value；
Cumulative acquisition overlapping region is carried out to each first order aggregation subregion, determined described overlapping
Region is the first order aggregation zone of the predetermined period.
10. a kind of order distribution system, it is characterised in that including：
Acquisition module, the state letter for obtaining each terminal that trip service is performed in presumptive area
Breath；
Screening module, for determining that empty wagons rate is more than default in the region according to the status information
During threshold value, according to the status information, screened by preset strategy from sequence information to be allocated
Go out that the first sequence information or destination information be in the first order aggregation zone second is ordered
Single information；
Distribute module, for first sequence information or second sequence information to be distributed
To terminal.
11. system according to claim 10, it is characterised in that the status information bag
Include：Running state information and current location information；
Running state information be empty wagons running status when, the screening module, specifically for
It is described according to the status information, is filtered out from sequence information to be allocated by preset strategy
One sequence information or destination information are in the second order letter in the first order aggregation zone
Before the step of breath,
Judge whether terminal is according to the current location information of the terminal of sequence information to be allocated
In the first order aggregation zone, if so, then filtering out first from sequence information to be allocated
Sequence information.
12. system according to claim 11, it is characterised in that the screening module,
It is additionally operable in the terminal that running state information is empty wagons running status and sequence information to be allocated
When current location information is not in the first order aggregation zone, from the order to be allocated
The first sequence information or destination information is filtered out in information in first order to assemble
Second sequence information in region.
13. system according to claim 11, it is characterised in that in running state information
During for execution of order running status,
The screening module, is additionally operable to described according to the status information, passes through preset strategy
The first sequence information is filtered out from sequence information to be allocated or destination information is in first
Before the step of the second sequence information in order aggregation zone,
Judge whether the destination information of the current order of the terminal of sequence information to be allocated is in
In the first order aggregation zone；If so, then being filtered out from the sequence information to be allocated
First sequence information.
14. system according to claim 13, it is characterised in that the screening module,
It is additionally operable at the end that running state information is execution of order running status and sequence information to be allocated
When the destination information of the current order at end is not in the first order aggregation zone, from institute
State and the first sequence information or destination information are filtered out in sequence information to be allocated in described
Second sequence information of the first order aggregation zone；
Correspondingly, the distribute module, specifically for according to the current location information and currently
The destination information of order obtains the remaining distance of current order；It is less than in the remaining distance pre-
If apart from when, first sequence information or second sequence information are distributed into the end
End.
15. system according to claim 14, it is characterised in that the distribute module,
It is additionally operable to be estimated according to the destination information of the current location information and current order and completes to work as
The remaining time of preceding order；When the remaining time being less than preset time, described first is ordered
Single information or second sequence information distribute to the terminal.
16. the system according to claim 12,14 or 15 any one, it is characterised in that
The distribute module, is additionally operable to the presence of the first order letter in the sequence information after detecting screening
When breath and the second sequence information, the first sequence information is distributed into the terminal；Detecting sieve
When the first sequence information is not present in the sequence information after choosing, the second sequence information is distributed into institute
State terminal.
17. method according to claim 10, it is characterised in that also include：Draw in region
Sub-module；
The region division module, for according to the status information, by preset strategy from
The first sequence information is filtered out in sequence information to be allocated or destination information is ordered in first
Before the second sequence information in single aggregation region, the default week in the first order database
The order data of history first in phase, marks off the first order corresponding with the predetermined period and gathers
Collect region.
18. system according to claim 17, it is characterised in that the history first is ordered
Forms data includes：The order time of each first sequence information and departure place information；
Correspondingly, the region division module, specifically for being divided to the predetermined period,
Obtain multiple default subcycles；In each default subcycle is filtered out according to the order time
One sequence information and departure place information corresponding with first sequence information；Set out according to described
The first order aggregation subregion of each default subcycle of ground acquisition of information, first order
The density for assembling the corresponding coordinate points of departure place information in subregion is more than predetermined threshold value；To each
First order aggregation subregion carries out cumulative acquisition overlapping region, and it is institute to determine the overlapping region
State the first order aggregation zone of predetermined period.
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| CN201610118070.6A CN107146123B (en) | 2016-03-01 | 2016-03-01 | Order allocation method and system |
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|---|---|---|---|
| CN201610118070.6A CN107146123B (en) | 2016-03-01 | 2016-03-01 | Order allocation method and system |
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