KR20200093366A - Automated logistics delivery schedule - Google Patents

Abstract

The present invention relates to a method for automatically providing a logistics delivery schedule. The present invention is to support and manage delivery schedule generation for a deliverer at a business office as a final logistics distribution stage. The method includes: (A) a step in which a deliverer terminal receives a delivery item list including delivery destination information from a logistics company server; (B) a step in which the deliverer terminal extracts the delivery destination information included in the delivery item list after receiving the delivery item list; (C) a step in which the address location of the delivery destination is displayed and output on a map; (D) a step in which a delivery route is input from the deliverer; (E) a step in which the deliverer terminal matches delivery destinations with respect to the delivery route input from the deliverer; (F) a step in which the deliverer terminal calculates a delivery schedule by time-series alignment of the delivery destination matched in accordance with the set delivery route and rearranges the delivery item list in accordance with the delivery schedule; and (G) a step in which the rearranged delivery item list is output. According to the present invention, a user sets a delivery route and the deliverer is provided with a delivery schedule calculated by realigning the delivery item list in accordance with the set delivery route. As a result, a delivery schedule reflecting the deliverer′s intention can be provided for the deliverer.

Description

Automated logistics delivery schedule}

This “invention” is “Logistics that supports and manages the creation of a delivery schedule” for the “deliverer” at the “final” stage of the “Logistics” distribution phase.

It is related to the method of delivery, scheduling, and automatic delivery.

Recently, as “online shopping” has been activated, “logistics distribution volume has been increasing exponentially.”

The workload of the courier who is responsible for delivery (hereinafter referred to as the “deliverer”) is also increasing.

When explaining the general “Shipping” process, the “Shipping” receives and collects a “List of Shipping Items” on the same day from the logistics company.

While taking over the delivery pain at the place, enter the bar code of the invoice attached to the delivery product through the terminal and enter the corresponding items.

　 to receive.

At this time, the above-mentioned “deliverer” for the convenience of “delivery”, “loading” of the delivery vehicle, “from inside to outside” according to the delivery schedule,

It is "loaded".

To this end, if the above “deliverer” receives a “list” of “delivery items” on the same day, he first creates the “delivery schedule” of the corresponding “delivery items”,

On the basis of this, the order of loading is decided upon receipt of the delivery item.

Here, if you take a look at the example of creating the “Shipping Schedule” of the “Shipping” above, the “Shipping of the Shipper” is the same as the bar shown in Figure 1

Through the list, mark the “delivery destination” on the “jurisdiction area” map, and set the “delivery route” by taking into account the marked “location”.

Then, set the delivery schedule by considering the order according to the corresponding delivery route in the list of delivered items.

However, as described above, as the amount of logistics increases, a variety of technologies have been developed and provided for the convenience of delivery by the shipper.

There is trouble.

First of all, in “Republic of Korea” Patent Publication No. 10-2009-0129236, as shown in “Bar 2”, from “Logistics Company” server to “Shipping goods”

A technology has been launched that automatically receives information about Korea and automatically displays it on the map on the mobile communication terminal.

In addition, in the Republic of Korea Patent Publication No. 10-2011-0130570, as shown in Figure 3, as shown in Figure 3, using a "scanphone" to deliver the "Barco"

Enter the address, and send the ``Shipping Information'' of the ``Shipping Items'' to the 　Navigation　 terminal, and 　the 　Navigation　 terminal is delivered.

The technology has been disclosed to search the shortest route through the magazines and provide it to the shipper.

However, in the “Previous” technology as described above, in “Prior Art”, the “Schedule of Delivery” is set.

There was a problem that could not be done.

In other words, for “delivering” the actual “delivery items”, “time zone”, “traffic situation,” “parking location” of the delivery vehicle, and “walking by the shipper,” “movement,” etc.

The optimal “path” derived from the “experience rule” of the shipper exists. However, in the'old technology', the'deliverer's will'

There are problems with not being able to provide the optimal “path”.

In addition, in the “conventional” technology, the “delivery schedule” is linked to the “delivery schedule”, and the “expected delivery time” of each item is set to ensure “convenience of order”.

There was a problem that I couldn't keep up with.

This invention has been devised to solve the conventional problems as above, and this invention has been set by the user to set the delivery path.

The delivery schedule is calculated by reflecting the intention of the “deliverer”, and the “delivery list” is rearranged according to the set delivery route.

It is intended to provide a “logistics” delivery destination, an “automatic” management “system” and “how” to provide the schedule to the shipper.

In addition, the present invention was made to be able to revise the delivery schedule of the delivery items according to the delivery intention of the delivery person, and therefore was inconsistent with the delivery intention.

You want to provide a “logistics” shipping destination, an “automatic” management “system” and “how” to deliver the delivery schedule to the shipper.

In addition, this invention has been set according to the set delivery schedule, and the scheduled delivery time is provided to the orderer.

Therefore, it is intended to provide a “logistics” delivery destination, “automatic” management “system” and “how” to ensure “convenience of order”.

According to the "features" of the "original invention" for achieving the above-mentioned "objects", the "invention" is the "(A)" shipper" terminal" is a logistics company.

A step of “receiving” a “delivery item list” containing “delivery address information” from the server; (B) 　The 　deliverer　terminal 　received the 　delivery list

A step of “extracting” the “delivery destination” information included in the “delivery item list” above; (C) 　The 　Address 　location of the 　Shipping Destination above on the 　Map　

Displaying and outputting the output; (D) a step of receiving an input of a delivery path from a delivery person; (E) 　 Above 　 Shipper 　 Terminal 　 Above 　

A “matching” of “delivery destinations” with respect to the “delivery path” input from the sender; (F) 　 The 　 shipper 　 terminal 　 is set 　

According to the song route, the matched delivery address is sorted in a time series and calculated to calculate the delivery schedule, and according to the above delivery schedule.

A “reordering” the delivery items list; And G(G)　the step of 　printing the 　rearranged　delivery list목록

All.

At this time, the “Delivery path” input in step “(D)” above, on the “Map” where the “Delivery destination” is displayed, select the “Path” input according to the “Touch” of the “Sender”.

It can also be performed.

On the other hand, the “Delivery path” input in step “(D)” above, on the “Map” where “Delivery destination” is displayed, “Driving direction” is changeable.

In some cases, this may be done by the “touch input” of the sender.

In addition, the “Delivery path” input in step “D” above is selected by one of the “Delivery paths” stored in the “Deliver” terminal.

It can also be set by selection.

In addition, the matching of the “delivery destination” for the “delivery path” in the “E” step is set based on the “distance between the delivery path and the “delivery destination”.

Depending on the condition, it may be performed.

In addition, the “destination” for the “delivery path” in the “E” step is the “distance” of the “delivery path” and “distance” of the “delivery” road, “environment” and

It may be performed according to the “setting” conditions based on the moving direction.

In addition, after “Performance” in step “E” above, “Matched destination” on “Set delivery path” or “Delivered destination without matching”

In addition, the “Matching Information” correction step is further included to correct any one or more of them by matching them on the “Shipping Path” by the “Sender” input.

It may be performed.

Here, the above-mentioned “matching information” correction is a “touch input” to the “delivery destination” to be corrected and a “draft” to the “delivery path” to be corrected.

It may also be performed by the input.

In addition, the present invention is based on “(H)” step of “calculating the scheduled delivery time” for each “delivery item” on the “rearranged” delivery items list above.

It may also be performed, including more.

In addition, the scheduled delivery time may be equally divided by the number of delivery items in the re-arranged delivery items list by the delivery time of the delivery person, and then accumulated and calculated according to the order of the re-arranged delivery items list.

In addition, the “delivery service” start time and “end” time of the above-mentioned “deliverer” may be set by “input” of the “deliverer”.

In addition, the above scheduled delivery time may be provided to the orderer through a “logistics company” server.

In the “Logistics” Delivery “Scheduled” Automatic “Offer” method according to the original invention, such as the “bar” above, you can expect the following effects.

have.

In other words, in the present invention, the user has set the “delivery path” and “rearranges” the list of delivery items according to the set delivery path.

There are “advantages” that can be provided to the shipper by providing the delivery schedule to the shipper.

All.

In addition, in the present invention, the delivery schedule of delivery items can be corrected according to the delivery intention of the delivery person, and is added to the delivery address intention.

There are “advantages” that can provide a combined “delivery schedule” to the “deliverer”.

Then, in the present invention, set the scheduled delivery time according to the set delivery schedule, and send the scheduled delivery time to the orderer.

Since it is provided, there is an advantage that “convenience of the orderer” is secured.

Before explaining the embodiment of the present invention, first, the "effects" of the present invention, "features" and "how to achieve it" are in conjunction with the accompanying drawings.

It will be clarified in the examples described in detail below. However, this “invention” is limited to the “implementation examples” initiated below.

This can be implemented not only in different ways, but also in different different types, and only the examples are implemented so that the initiation of the invention is complete.

In addition, in order to inform the people with ordinary knowledge in the field of technology to which this invention belongs, to fully inform the category of the invention.

This invention is only defined by the category of the claim.

In describing the implementation examples of the present invention, a “specific” description of the “notice” function or “configuration” is not necessary for the subject matter of the present invention.

In the event that it is judged that it may be too cloudy, the detailed explanation will be omitted, and the following terms will be implemented according to the present invention.

Considering the “functionality” in the example, the terminology defined may vary depending on the user's, operator's intentions or customs.

Therefore, the definition will have to be based on the contents of the entire specification.

The “combinations” of each “step” of the accompanying flow chart may also be performed by the “computer” program “instructions” (execution “engine”).

The “Computer” program “Instructions” are “Universal” computers, “Special” computers, or “Other” programs, “Data available” processing

Since it may be mounted on the “processor” of the equipment, the “processor” of the “computer” or “other” programmable “data” processing equipment can be used.

The “instructions” that are performed through this “create” a means to perform the “functions” described in each step of the flow chart.

These “computer” program “instructions” are available for “computer” or “other” programs to “implement” the function in a certain way.

Since the data can be oriented to the computer, the computer can be used, or the computer can be read and stored in memory, so the computer can be used or the computer can be read.

It is also possible to produce “manufactured” items that contain “instruction” means to perform the “functionality” described in each step of the figure.

And, the “computer” program “instructions” are installed on the “computer” or “other” programs, “available data”, “processing” equipment.

Since it is also possible to do this, the number of “operations” steps on the “computer” or “other” programmable “data” processing equipment can be performed.

To create a process that runs and runs on a computer to retrieve “computer” or “other” programs and possible “data” processing equipment.

It is also possible for the instructions to be performed to provide “steps” to perform the functions described in each step of the flow chart.

All.

Hereinafter, referring to the accompanying drawings, the method of “Logistics” Delivery “Scheduling” and “Automatic Delivery” according to the specific embodiment of the present invention will be described.

Let's open it.

Fig. 4 is a flow chart showing a specific embodiment of the "Logistics" delivery according to the present invention, "Scheduling", "Automatic", and "Fig. 5"

This is an exemplary diagram showing an example of a specific implementation of the “Logistics” Delivery “Schedule” Automatic “Providing” method according to the invention, and “Fig. 6” refers to the present invention.

This is an example diagram showing a specific example of the “Shipping List” created by the “Logistics” Delivery “Schedule” Automatic “Providing” method, and “Figure 6”

It is an exemplary diagram showing another example of the "Logistics" delivery "schedule" automatic "provision" method according to the invention "in the middle" delivery path "input" method.

The "Logistics" delivery "schedule" automatic "provision" method according to the present invention is implemented on "Logistics company" server and "Sender" terminal.

The above-mentioned “Logistics Company” server collects “data” for “all” shipments, and “collects” the collected data by “delivery destination” and multiplies it accordingly.

It plays a role of providing a list of “delivery items” to the “delivery officer” in the consignment area.

On the other hand, the above “deliverer” terminal receives a list of “delivery items” from the above “logistics company” server and “recalls” on the map of the relevant area.

Mark the “Shipping Destination” of the delivered item, provide it to the “Shipping”, and calculate the “Schedule Delivery” and “Scheduled Delivery Time” according to the “Shipping” input value.

Shipping plays a role.

The above “Sender” terminal may be applied to a “normal” PC, and may be applied to various “devices” such as “smartphones, tablets, and PCs”.

In the following, there is a description of an exemplary embodiment of the present invention. In the following, the present invention is driven by the application of the smartphone.

Let's listen and explain.

In the following, referring to Figure 4, the “Logistics” Delivery “Scheduling” Automatic “Providing” method according to the present invention is explained in detail according to each execution step.

I decided to order.

First, according to the “Logistics” according to the present invention, “Shipment”, “Scheduled”, and “Automatic Delivery”, the “Sender” terminal is “List of Shipping Items” from the “Logistics Company” server

It starts from "receiving" (S110).

At this time, the above-mentioned "Shipping Items List" includes "Invoice Number,"Order Information,"Shipping Address"(Address),"and"Order Order"remarks.

Information is included.

Next, the “deliverer” that received the “delivery item list” above extracts the “delivery address” information included in the “delivery item list” above.

(S120), display the corresponding address on the map and output it to the sender (S130).

5A shows an example in which the above “delivery destination” location information is output on the map (map). At this time, the “map” data is “the above” shipper

It can also be stored in the terminal, and can also be downloaded from the web and updated for use.

Thereafter, the “deliverer” moves through the “touch” on the screen where the “delivery destination” location information is output, as shown in Figure 5b.

Enter the desired “delivery path” (S140).

At this time, the “Input” of the “Delivery path” is the “Drag” by the “Touch” input (by the “movement of the touch” position) when the “Sender” terminal is a “Smartphone”.

It may be performed depending on the meaning of the input), but when the above “Sender” terminal is “PC”, etc., “Mouse”, etc.

It is also possible to input via the interface device.

In addition, the “Map data” includes “Road” information (one-way traffic, etc.).

In the case of a non-implementable path, it is also possible to correct the path to an executable path.

On the other hand, the “deliverer” terminal that received the “delivery path” from the “deliverer” matches the “delivery destinations” according to the “delivery path”.

It is displayed (S150). FIG. 5B shows an example in which the “output” color of the “matched” destinations is changed and output.

At this time, the matching of the “delivery destination” to the “delivery path” may be performed according to the “pre-set” conditions.

As a result, it is set based on the distance between the delivery route and the delivery destination, and the environment and direction of travel on the moving road. In other words,

Even in the case of a “delivery destination” close to the delivery route, the delivery route may be a “path” that travels in the opposite direction to the lane.

Next, the “delivery destination” matched on the “set delivery path” is corrected by reflecting the intention of the “deliverer” (S160).

Specifically, after the “delivery path” has been set by the “deliverer” and the “delivery destination” has been “matched,” the “delivery path” has not been matched.

Some delivery destinations may exist, and some delivery destinations may not be appropriate for the delivery route when viewed in light of the shipper's judgment.

Matched cases may occur.

In this case, the addresser touches the address to be corrected and drags it to the desired path to deliver the desired address.

It can be corrected by matching it with Songgyeong-ro.

Afterwards, the above “Sender” terminal calculates the “Shipping Schedule” by aligning the matched “Shipping Address” to the “Time Series” according to the “Set Shipping Path”.

After shipment, the “delivery list” is re-arranged according to the above “delivery schedule” (S170).

In addition, the above “Sender” terminal calculates the “Scheduled Delivery Time” for each “Shipping Item” on the “Rearranged Shipping Items List”.

(S180).

Here, the above scheduled delivery time is the same as the “Shipping Items” number of the “Shipping Items” of the “Rearranged” of the “Shipping Business Hours” of the shipper.

It may be accumulated and calculated according to the “order” of the “rearranged” delivery items list.

Of course, in this case, the “delivery service” start time and “end” time of the “deliverer” can be set by the “enter” of the “deliverer”.

In this way, the estimated time for the calculated delivery is added to the re-arranged delivery items list, as shown in Figure 6, to the delivery.

Is provided. At this time, the above-mentioned “Re-arranged” delivery items list is sorted in the reverse order of “Timeline” in the “Schedule” to be provided to the “Sender”.

There are several. This is the role of the “delivery schedule” in the “intermediate” collection of the “delivery items” provided by the “deliverer”.

In order to make it easier to load the items in the delivery vehicle.

And the above-mentioned “delivered” delivery time will be transmitted to the “logistics company” server, and sent to the orderer through “online, social media, SMS, and MMS”.

It may be provided (S190).

In this case, the “convenience” of the “logistics” can be provided to the orderer to ensure the “convenience of the user”.

The rights of this invention are not limited to the examples described above, but are defined by the bar described in the claims, and the minutes of this invention.

The fact that a person with “normal” knowledge in the field can perform various transformations and adaptations within the scope of rights stated in the claims.

Self-evident

For example, the “Input” method of the “Delivery” path above can be performed by “Touch” input. That is, with the bar shown in Figure 7

Likewise, on the map marked with the delivery address, enter the touch so that the delivery direction is entered from the starting point of the first delivery path.

When you perform, the “delivery path” is set in the corresponding “direction”.

At this time, the above-mentioned “delivery path” is set up to the same point as “intersection” and “changeable direction” is possible, and thereafter “changeable driving direction” is changeable.

It is also possible for the shipper to set an “delivery path” by entering an additional “driving direction”.

On the other hand, the set delivery route may be accumulated and stored in the above sender terminal. And the above “deliverer” depends on the touch input.

Instead of setting the delivery path, it is also possible to select one of the saved delivery paths and set the delivery path.

This generally takes into account the “unchanged” areas of the “business” in charge of each “deliverer” and “when there is no “specificity” in the “delivery” (previous)

If the delivery address is evenly distributed in the region), it is easy to set the delivery path to the “normal” route that the delivery person prefers.

It is for the sake of being.

Claims (4)

(A) the delivery terminal receives a list of delivery items including delivery address information from a logistics company server;
(B) extracting the delivery destination information included in the delivery item list by the delivery terminal receiving the delivery item list;
(C) displaying and outputting the address location of the delivery address on a map;
(D) receiving a delivery path from a shipper;
(E) the delivery terminal matching the delivery destinations with respect to the delivery route inputted from the delivery;
(F) The delivery schedule is calculated by arranging the matched delivery destinations in time series according to the set delivery route.
And rearranging the delivery item list according to the delivery schedule; And
(G) Logistics delivery schedule automatic characterized in that it is carried out, including the step of outputting the rearranged list of delivery items
How to provide.
According to claim 1,
The input of the delivery route in step (D) is,
Logistics delivery schedule, characterized in that it is performed through a route input by a shipper's touch on a map where a delivery address is displayed.
How to give lines automatically.
According to claim 1,
The input of the delivery route in step (D) is,
On the map where the delivery destination is displayed, it is performed by the touch input of the delivery person for the driving direction for each point where the driving direction can be changed.
A method of automatically providing a logistics delivery schedule, characterized by a feature.

According to claim 1,
The input of the delivery route in step (D) is,
Logistics characterized in that it is set by selecting one of the delivery paths stored in the delivery terminal
How to automatically deliver delivery schedules.