CN112801581A - Method for generating express bill number - Google Patents
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- CN112801581A CN112801581A CN202110088282.5A CN202110088282A CN112801581A CN 112801581 A CN112801581 A CN 112801581A CN 202110088282 A CN202110088282 A CN 202110088282A CN 112801581 A CN112801581 A CN 112801581A
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- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
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Abstract
The invention provides an express bill number generation method, which comprises the following steps: step 10), acquiring a digital address code of a receiving address; and step 30) combining the digital address code of the receiving address and the sending information to generate an express bill number. The method of the invention directly presents the addressee in a digital way, does not need to use a place name analysis system to convert characters into numbers, is not easy to make mistakes and does not need manual intervention. The method takes the digital address code as the digital address, has high precision, can directly sort the express mail to the express deliverer in charge of delivery based on the high precision of the digital address, and leads the automatic sorting to be more efficient and accurate. The Beidou grid code of the receiving address and the express bill number generated by the receiving information are combined to form the only scanning processing basis, three sections of codes different from the express bill number do not need to be printed, the operation flow is saved, and the precision and the efficiency are improved. High-precision digital addresses also provide conditions for future unmanned delivery.
Description
Technical Field
The invention relates to the technical field of logistics, in particular to a method for generating an express bill number.
Background
In a traditional postal express processing operation system, address information is character information and is not digitalized. The address information is used as key information and cannot be digitalized, which means that automatic sorting cannot be performed, and the operation efficiency is greatly influenced. The appearance of the electronic bill paves the way for the express delivery industry to carry out automatic sorting in a large area. With the electronic bill, the express bill number becomes the only scanning basis for automatic sorting. According to the character address information in the electronic menu, the automatic sorting system searches and matches the character address information in the high-precision electronic map, and then determines a sorting route according to a matching result. The accuracy of the matching depends on both the quality of the electronic map and the quality of the textual address information in the electronic bill. Due to the fuzziness of the text information, even if the artificial intelligence deep learning is used, data are continuously fed, and repeated training is carried out, the accuracy of automatic sorting is only about 88%. But this is still a great improvement compared to manual sorting.
In order to further improve the accuracy of automatic sorting, a three-segment code operation scheme is provided by a postal express enterprise and a bird, namely, aiming at a specific address, a code divided into three segments is generated by combining an operation system of an express enterprise, the first segment represents a sorting center covering an addressee, the second segment represents an express enterprise website covering the addressee, the third segment represents a segment (possibly served by one or a plurality of couriers) providing delivery service, and the three segments of codes are respectively maintained by a headquarter and the website. The three-segment code has the advantages that the conversion from the character information to the digital information is realized, the actual network architecture of enterprise operation is combined, the hierarchy is distinguished, the routing is simplified, and the accuracy of automatic sorting is improved to 95% -97% by combining the cross validation of the address database and the electronic map. Compared with 88%, the method steps a big step. But the cost of the effort remains high. On one hand, the address database needs to be maintained continuously, the algorithm of artificial intelligence learning needs to be updated iteratively continuously, the electronic map also needs to be updated continuously, and information between the express enterprise and the vegetable and bird system also needs to be maintained and updated continuously. On the other hand, for 3% -5% of fault pieces, manual intervention is needed, and about 20 persons are required to be equipped in a large sorting center for full-time fault handling. With continuous training improvement, the accuracy of future automatic sorting may reach over 99%, but the subsequent maintenance cost cannot be saved.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: the method for generating the express bill number is provided, and the receiving address is accurately digitalized, so that automatic sorting is more precise, efficient and low in cost.
In order to solve the technical problem, an embodiment of the present invention provides a method for generating an express bill number, including the following steps:
step 10), acquiring a digital address code of a receiving address;
and step 30) combining the digital address code of the receiving address and the sending information to generate an express bill number.
As a further improvement of the embodiment of the present invention, the step 10) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
acquiring an addressee selected by a user on the high-definition map;
and extracting the Beidou grid code of the receiving point to be used as a digital address code of a receiving address.
As a further improvement of the embodiment of the present invention, the step 10) specifically includes:
and acquiring the digital address code of the addressee input by the user.
As a further improvement of the embodiment of the present invention, the sending message includes a sending time, a sender name, a sender identification number, a sender mobile phone number, a receiver name, and a receiver mobile phone number.
As a further improvement of the embodiment of the present invention, between the step 10) and the step 30), further comprising:
step 20) acquiring the digital address code of the mail address.
As a further improvement of the embodiment of the present invention, the step 20) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
acquiring a mail sending point selected by a user on the high-definition map;
and extracting the Beidou grid code of the mail sending point to be used as the digital address code of the mail sending address.
As a further improvement of the embodiment of the present invention, the step 20) specifically includes:
and acquiring the digital address code of the mail address input by the user.
As a further improvement of the embodiment of the present invention, the step 20) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
positioning the current position on a high-definition map;
and extracting the Beidou grid code of the current position as a digital address code of the mail sending address.
As a further improvement of the embodiment of the present invention, the sending message includes a digital address code of a sending address, a sending time, a sender name, a sender identification number, a sender mobile phone number, a receiver name, and a receiver mobile phone number.
As a further improvement of the embodiment of the present invention, the step 30) specifically includes:
combining the digital address code of the receiving address and the sending and receiving information, and generating an express number through encryption operation; and generating a one-digit check code, inserting the check code into the last digit of the express number, and generating the express bill number.
Compared with the prior art, the technical scheme of the invention has the following beneficial effects: the method of the invention directly presents the addressee in a digital way, does not need to use a place name analysis system to convert characters into numbers, is not easy to make mistakes and does not need manual intervention. Based on the high precision of the digital address codes, the express can be directly sorted to the courier responsible for delivery, so that the automatic sorting is more efficient and accurate. The Beidou grid code of the receiving address and the express bill number generated by the receiving information are combined to form the only scanning processing basis, three sections of codes different from the express bill number do not need to be printed, the operation flow is saved, and the precision and the efficiency are improved.
Detailed Description
The following describes the technical aspects of the present invention in detail.
The embodiment of the invention provides a method for generating an express bill number, which comprises the following steps:
step 10), acquiring a digital address code of a receiving address;
and step 30) combining the digital address code of the receiving address and the sending information to generate an express bill number.
The method for generating the express bill single number in the embodiment can be applied to handheld terminal equipment of a courier, terminal equipment of an express service network point, a mailing service of an express website or a mailing service of an express App. The express bill number is generated by acquiring the digital address code of the receiving address and combining the digital address code of the receiving address and the sending message. The method of the embodiment of the invention directly presents the address information of the receiver in a digital way, does not need to use a place name analysis system to convert characters into numbers, is not easy to make mistakes and does not need manual intervention. The express bill number is generated by directly utilizing the digital address code of the receiving address, and the express can be directly sorted to the courier responsible for delivery based on the high precision of the digital address code, so that the automatic sorting is more efficient and accurate. The digital address code of the receiving address and the express bill number generated by the sending message are combined to form the unique scanning processing basis, three sections of codes different from the express bill number do not need to be printed, the operation flow is saved, and the precision and the efficiency are improved.
In the method of the invention, the digital address code can be a unique digital identifier distributed to each place of each region of each country in the world by related departments according to a uniform coding method. Preferably, the digital address code adopts a Beidou grid code, the Beidou grid code is a discretization and multi-scale regional position identification system developed on the basis of a GeoSOT geospatial subdivision theory, can endow a globally unique one-dimensional shaping number code for any grid with different sizes and the highest precision of 1.5 centimeters in 6 kilometers of geospatial space from the geocentric to the ground, and can be very conveniently established with an internal correlation with any entity object and various different data in the same regional range. Through the Beidou system, the earth surface can be divided into individual three-dimensional blocks, and unique codes are given to the blocks. The size of the solid square can be 1 × 1 meter, or 8 × 8 meters, etc., depending on the precision. The address provided by the Beidou grid code is digital, the precision is extremely high, and the precision can be adjusted up and down according to actual needs.
The traditional address service has great limitations, namely that the address is incomplete, not all residential areas have addresses, and particularly in rural areas or newly built areas, a blossoming address that the third telegraph pole turns right in a certain street can be frequently seen in the treasure making; secondly, the traditional address has no standard distinguishing unit, the coverage range of a certain address can be very large, for example, 1 # of a certain street, a large house and dozens of buildings in the large house; thirdly, the traditional address can not be further subdivided, for example, a certain market is provided with a plurality of small cities or counters. The accurate address can overcome the defects, the requirement of a user for receiving the express at any time and any place can be met, for example, on a road which is frequently walked by the user, a seat which is frequently used on the roadside can be selected as an express receiving address, a garage or an automobile trunk of the user can be used as the express receiving address, the digital address greatly expands the range of express delivery, the user can receive the express at any time and any place conveniently, and the quality of express service is improved.
The numeric address makes a basic preparation for unmanned delivery. Under the scene that unmanned vehicle, unmanned aerial vehicle delivered, the digital address will give accurate navigation, and the help smart machine is accurate to accomplish and is delivered. For example, the unmanned vehicle can accurately deliver express items to a door of a house, and the unmanned vehicle can even fly to a balcony of a sixth building of a user according to a digital address to finish delivery. The digital address also helps the unmanned equipment to meet the delivery requirement of the user anytime and anywhere, and express mail is delivered to user-defined addresses such as an automobile trunk.
The method is beneficial to protecting the privacy of the user on the basis of realizing the fine modification of the digital process. The bill number generated in the method of the invention contains privacy data such as digital address, identity information, telephone number and the like, is displayed in a bar code or two-dimensional code form after being encrypted, and other people cannot peep the information without decoding. The information contained in the bill number does not need to be printed on the bill, so that the information security of the user is effectively protected.
As a preferred example, the step 10) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
acquiring an addressee selected by a user on the high-definition map;
and extracting the Beidou grid code of the receiving point to be used as a digital address code of a receiving address.
According to the method, when the user selects the mail service, the high-definition map loaded with the Beidou grid codes is displayed, the expression form is the three-dimensional grid superposed on the high-definition map, and the user can click the grid on the plane and also can click the three-dimensional grid according to the floor where the user lives. The three-dimensional grid contains data from the ground height with an accuracy of up to 1 x 1 m. And acquiring a receiver point selected by a user on the high-definition map, and extracting the Beidou grid code of the receiver point to be used as the Beidou grid code of the receiver address. For example, the address of the user is located in the tympanites area of Nanjing city of Jiangsu, the user can directly select the Nanjing city on the map, select the tympanites area after amplification, gradually amplify until the residential community, the building and the floor of the user, select the Beidou grid corresponding to the family room, and extract the Beidou grid code of the Beidou grid as the digital address. When a user fills in an electronic bill, the implementation method does not need to fill in a text address or use a place name analysis system to convert the text into numbers, and compared with text input, the click on a map is more visual, simpler and more convenient, has smaller error probability, high precision, high speed and convenient use.
As a preferred example, the step 10) specifically includes:
and acquiring the digital address code of the addressee input by the user.
In the method of this embodiment, if the user knows the digital address code of the recipient address, such as the beidou grid code, the user can directly input the digital address code of the recipient address, and extract the digital address code input by the user as the digital address.
Preferably, the sending message comprises sending time, sender name, sender identification number, sender mobile phone number, receiver name and receiver mobile phone number. In the compilation of the express bill number, the sending time, the name of the sender, the identification number of the sender, the mobile phone number of the sender, the digital address of the receiver (namely the digital address code of the receiver), the name of the receiver and the mobile phone number of the receiver can be completely compiled, so that the time, the place, the people and other key information related to the express activities are compiled into the express bill number to form a unique bar code or a two-dimensional code. The electronic bill is reduced into a bar code or a two-dimensional code of an express bill number, so that more than 800 hundred million of paper is saved, and the privacy of a user is protected.
As a preferable example, the method further includes, between step 10) and step 30):
step 20) acquiring the digital address code of the mail address.
The method of the embodiment of the invention also directly presents the address information of the mail in a digital way, does not need to use a place name analysis system to convert characters into numbers, is not easy to make mistakes and does not need manual intervention. The digital address code is directly used as the digital address, the precision is high, the transportation, sorting and distribution route can be planned in time based on the high precision of the digital address, and the express can be directly returned to the courier responsible for receiving the express when the express distribution has errors, so that the express return is more efficient and accurate.
Further, the step 20) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
acquiring a mail sending point selected by a user on the high-definition map;
and extracting the Beidou grid code of the mail sending point to be used as the digital address code of the mail sending address.
According to the method, after the user selects the receiving address, the sending address can be directly selected from the displayed high-definition map loaded with the Beidou grid code. The method comprises the steps of obtaining a sending point selected by a user on a high-definition map, extracting a Beidou grid code of the sending point, and using the Beidou grid code as a Beidou grid code of a sending address. When a user fills in an electronic bill, the implementation method does not need to fill in a text address or use a place name analysis system to convert the text into numbers, and compared with text input, the click on a map is more visual, simpler and more convenient, has smaller error probability, high precision, high speed and convenient use.
As a preferred example, the step 20) specifically includes:
and acquiring the digital address code of the mail address input by the user.
In the method of this embodiment, if the user knows the digital address code of the mail address, such as the beidou grid code, the user can directly input the digital address code of the mail address, and extract the digital address code input by the user as the digital address.
As a preferred example, the step 20) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
positioning the current position on a high-definition map;
and extracting the Beidou grid code of the current position as a digital address code of the mail sending address.
According to the method, after the user selects the receiving address, the current position can be located on the displayed high-definition map loaded with the Beidou grid codes by using the locating service, the Beidou grid codes of the current position are directly extracted to serve as the digital address of the sending address, user operation is not needed, and the use is convenient.
Preferably, the sending message includes a digital address code of the sending address, sending time, a sender name, a sender identification number, a sender mobile phone number, a receiver name and a receiver mobile phone number. The digital address code of the mail sending address is also coded into the bill number, which is convenient for planning transportation, sorting route and returning wrong mail.
As a preferred example, the step 30) specifically includes:
combining the digital address code of the receiving address and the sending and receiving information, and generating an express number through encryption operation; and generating a one-digit check code, inserting the check code into the last digit of the express number, and generating the express bill number. The last bit of the bill number generated by the method of the embodiment of the invention is the check code, so that a plurality of express deliveries sent to the same address of the same receiver by the same sender at the same time and place can be distinguished, and the management is convenient.
The foregoing illustrates and describes the principles, general features, and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are intended to further illustrate the principles of the invention, and that various changes and modifications may be made without departing from the spirit and scope of the invention, which is also intended to be covered by the appended claims. The scope of the invention is defined by the claims and their equivalents.
Claims (10)
1. An express bill number generation method is characterized by comprising the following steps:
step 10), acquiring a digital address code of a receiving address;
and step 30) combining the digital address code of the receiving address and the sending information to generate an express bill number.
2. The express waybill number generation method according to claim 1, wherein the step 10) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
acquiring an addressee selected by a user on the high-definition map;
and extracting the Beidou grid code of the receiving point to be used as a digital address code of a receiving address.
3. The express waybill number generation method according to claim 1, wherein the step 10) specifically includes:
and acquiring the digital address code of the addressee input by the user.
4. The method of claim 1, wherein the incoming message comprises an incoming time, an incoming name, an incoming identification number, an incoming phone number, an incoming name, and an incoming phone number.
5. The method for generating the express waybill number according to claim 1, wherein between the step 10) and the step 30), the method further comprises:
step 20) acquiring the digital address code of the mail address.
6. The method for generating the express waybill number according to claim 5, wherein the step 20) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
acquiring a mail sending point selected by a user on the high-definition map;
and extracting the Beidou grid code of the mail sending point to be used as the digital address code of the mail sending address.
7. The method for generating the express waybill number according to claim 5, wherein the step 20) specifically includes:
and acquiring the digital address code of the mail address input by the user.
8. The method for generating the express waybill number according to claim 5, wherein the step 20) specifically includes:
displaying a high-definition map loaded with Beidou grid codes;
positioning the current position on a high-definition map;
and extracting the Beidou grid code of the current position as a digital address code of the mail sending address.
9. The method for generating the express bill number according to claim 5, wherein the address message includes a digital address code of an address, an address time, a sender name, a sender identification number, a sender mobile phone number, an addressee name and an addressee mobile phone number.
10. The method for generating the express waybill number according to claim 1, wherein the step 30) specifically includes:
combining the digital address code of the receiving address and the sending and receiving information, and generating an express number through encryption operation; and generating a one-digit check code, inserting the check code into the last digit of the express number, and generating the express bill number.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202110088282.5A CN112801581A (en) | 2021-01-22 | 2021-01-22 | Method for generating express bill number |
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| CN202110088282.5A CN112801581A (en) | 2021-01-22 | 2021-01-22 | Method for generating express bill number |
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| CN112801581A true CN112801581A (en) | 2021-05-14 |
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