CN112668955A - Intelligent settlement method for modern logistics expenses - Google Patents
Intelligent settlement method for modern logistics expenses Download PDFInfo
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- CN112668955A CN112668955A CN202010915371.8A CN202010915371A CN112668955A CN 112668955 A CN112668955 A CN 112668955A CN 202010915371 A CN202010915371 A CN 202010915371A CN 112668955 A CN112668955 A CN 112668955A
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Abstract
The invention relates to a modern logistics expense intelligent settlement method, a user fills in mailing express bill information for mailing by using a logistics mailing client installed on a mobile terminal, a logistics company management system distributes an express cabinet suitable for the current user distance position and mailing code information used when the user places articles to a cabinet lattice of the express cabinet, then the logistics company management system generates an embedded secret bill image combination embedded with a mailing information two-dimensional code according to three single images selected by the user, and under the condition that the user does not need to go to a logistics company lattice, the to-be-mailed article can be placed in the corresponding cabinet lattice of the express cabinet, and the logistics expense required to be paid by the user is accurately calculated by the express cabinet, and finally, after the user successfully pays the logistics expense, a pasting device single image corresponding to the current to-be-mailed article is printed out, so that the logistics expense required to be paid by the user is intelligently obtained, and the user can conveniently finish the sending of the article to be sent and the payment of the cost nearby.
Description
Technical Field
The invention relates to the field of logistics, in particular to an intelligent settlement method for modern logistics expenses.
Background
With the development of the electronic commerce industry and the commodity sales video live broadcast industry, besides the traditional production manufacturers can send goods to sales ends through logistics, sellers taking physical stores or individuals as sales subjects can send the commodities purchased by consumers to the consumers through logistics after the consumers purchase the commodities, and therefore the consumers can take the purchased commodities without going to actual addresses of the sellers in person.
Of course, a user who is a general resident sometimes sends document data, articles, and the like by using a logistics company according to circumstances. The logistics sending in the traditional sense mainly comprises the steps that a user takes an object to be sent to a network point of a logistics company, then staff of the network point of the logistics company report logistics expenses needing to be paid by a sender according to the volume, the quality and the sending distance of the object to be sent, then the sender fills sender information, recipient information and object information on a paper express bill of the logistics company, the network point of the logistics company receives the mail and feeds back a copy of the paper express bill which receives the mail to the sender.
However, there are some disadvantages to this conventional settlement method for the logistics cost:
firstly, a logistics company website is required to be always in an on-duty state during working hours, and a sender is required to spend time and effort to go to the logistics company website known by the sender, a logistics cost settlement mode still depends on the logistics company staff for settlement, the efficiency is low, and the calculated logistics cost is not accurate enough;
secondly, sometimes even a sender runs out of business due to reasons such as the logistics company network stops working or shifts the position of a storefront, or even the logistics company network to which the sender goes is not the closest to the current position of the sender, so that the situation of selecting the logistics company network by 'getting away from the home' occurs.
Disclosure of Invention
The invention aims to solve the technical problem of providing an intelligent settlement method for modern logistics expenses aiming at the prior art.
The technical scheme adopted by the invention for solving the technical problems is as follows: an intelligent settlement method for modern logistics expenses is characterized by comprising the following steps 1-11:
step 1, a user acquires a logistics posting and receiving client at a logistics company management system by using a mobile terminal, installs the logistics posting and receiving client to the mobile terminal, and completes personal user information registration by using the logistics posting and receiving client; the personal user information registration comprises an account name, an account password, a name, an identification card number, a contact mobile phone number, a common mailing address, common addressee information and a common addressee address;
step 2, when a user needs to send an article, the user logs in a logistics sending and receiving client on the mobile terminal, sends sending and receiving express bill information on a sending and receiving bill information page provided by the logistics sending and receiving client, and sends the sending and receiving express bill information confirmed to be error-free to a logistics company management system by the user through the current logistics sending and receiving client on the mobile terminal;
the sending express bill information comprises a sender name limited to filling in the user information, a sender contact mobile phone number limited to filling in the user contact mobile phone number, information of an article to be sent and recipient information;
the information of the items to be mailed comprises the names of the items to be mailed, the volumes of the items to be mailed, the weights of the items to be mailed and the attribute information of the items to be mailed, wherein the attribute information of the items to be mailed is fragile, easy to wet or easy to deteriorate or any combination of the fragile, easy to wet and easy to deteriorate;
the recipient information comprises a recipient name, a recipient contact mobile phone number and a recipient address;
step 3, the logistics company management system sends an image material library for the express waybill to a main page of the logistics consignment client, wherein the image material library is selected by a user and is attached to an outer wrapping layer of an article to be consigned, and the user is limited to be prompted to select three images for the express waybill in the image material library for the express waybill;
step 4, the user sends the three express bill images which are confirmed to be selected and the current position of the user to a logistics company management system together by using the logistics consignment client;
step 5, after confirming that three express bill images selected by the user and the current position of the user are received, the logistics company management system generates a sending code message for the user, and respectively sends the sending code message to a logistics sending and receiving client of the user and a contact mobile phone number of the user;
the sending code information comprises an express cabinet position closest to the current position of a user, an available cabinet grid opening number of the express cabinet and an enabling code for opening the cabinet grid opening, wherein the enabling code is a 6-digit number randomly generated by a logistics company management system;
the express cabinet is subjected to unified management of the logistics company management system, and at least comprises a processor, a camera, a communication device connected with the logistics company management system, a touch display screen providing a human-computer operation interface, a three-dimensional scanner for scanning and acquiring the volume of articles placed in each cabinet cell and a weight measuring instrument for acquiring the weight of the articles placed in each cabinet cell, wherein the human-computer operation interface is provided with a starting code input unit, a user contact mobile phone number input unit, an invoicing data information input unit, a cost settlement two-dimensional code and a printing device controlled by the processor;
step 6, the logistics company management system respectively generates a first-level two-dimensional code corresponding to the sender information of the item to be sent, a second-level two-dimensional code corresponding to the information of the item to be sent and a third-level two-dimensional code corresponding to the receiver information of the item to be sent, and the first-level two-dimensional code, the second-level two-dimensional code and the third-level two-dimensional code are simultaneously embedded into any one auxiliary image for the bill selected by the user to obtain an embedded secret image combination for the bill with the embedded secret two-dimensional code;
the embedded single-surface image combination comprises a pair of single-surface images embedded with three two-dimensional codes simultaneously and two single-surface images not embedded with the two-dimensional codes;
each scanning terminal belonging to the logistics company management system is provided with an image information extraction program for extracting each level of two-dimensional codes in the single-use image after secret embedding and a two-dimensional code information extraction program for only extracting contact mobile phone numbers, sending addresses of senders in the level one two-dimensional codes, names of articles in the level two-dimensional codes and contact mobile phone numbers and receiving addresses of receivers in the level three two-dimensional codes;
step 7, when the express cabinet confirms that the received starting code and the user contact mobile phone number which are input from the outside are respectively corresponding to the starting code and the user contact mobile phone number in the stored sending code information, the express cabinet opens the cabinet lattice opening of the corresponding cabinet lattice opening number in the sending code information;
step 8, when the express cabinet detects that the user puts articles into the cabinet lattice opening corresponding to the sending code information, a camera of the express cabinet records and stores the article placing process of the user, and the volume and the weight of the articles in the cabinet lattice opening are obtained;
step 9, the express cabinet calculates the logistics expense of the current article in the cabinet grid according to an express expense settlement standard preset by the logistics company management system, displays an expense settlement two-dimensional code for the user to pay on the touch display screen, and sends the amount of the logistics expense to be paid corresponding to the expense settlement two-dimensional code to the logistics company management system;
step 10, after confirming that the logistics expense corresponding to the expense settlement two-dimensional code is received, the logistics company management system combines and splices the single image with the embedded secret side into a spliced image with an express bill number, and sends the spliced image serving as a single image for sticking to the express cabinet;
and 11, printing the pasting surface single image by the express cabinet, prompting a user to paste the printed pasting surface single image on the sent object, and automatically closing the cabinet lattice opening of the object by the express cabinet to wait for express pickup.
In an improvement, the modern logistics cost intelligent settlement method further comprises the following steps:
the express delivery cabinet displays a fee payment mode selection list for the user to select a fee payment mode; the payment mode selection list comprises two-dimensional code payment and face brushing payment;
the express delivery cabinet receives a payment mode selected by a user and sends the selected payment mode to a logistics company management system;
and the logistics company management system detects and judges whether the cost paid by the user is received or not, and controls whether the express cabinet prints the bill image for pasting according to the detection and judgment result.
In another improvement, the modern intelligent settlement method for logistics expenses further comprises:
the express delivery cabinet displays a fee payment mode selection list for the user to select a fee payment mode; wherein the fee payment mode selection list at least comprises cash payment;
the express delivery cabinet receives a payment mode selected by a user and sends the selected payment mode to a logistics company management system;
after the express cabinet detects that the user pays the logistics expense corresponding to the expense settlement two-dimensional code, the express cabinet sends a receipt result of successfully receiving the logistics expense to a logistics company management system;
and the logistics company management system controls the express cabinet to print the bill image for the equipment according to the receipt result of the express cabinet.
In a further improvement, the modern intelligent logistics cost settlement method further comprises the following steps:
after the logistics company management system confirms that the logistics expense paid by the user is received, the logistics company management system controls the express cabinet to start a display man-machine operation interface and prompts the user to input invoicing data information;
after the express cabinet confirms that the invoicing data information input and confirmed by the user is received, the express cabinet sends the received invoicing data information to a logistics company management system;
and the logistics company management system sends an invoice printing instruction to the express delivery cabinet, and the express delivery cabinet prints out an invoice corresponding to the current logistics cost.
In another improvement, the modern intelligent settlement method for logistics expenses further comprises:
the logistics sending and receiving client on the mobile terminal constructs a preposed secondary identity authentication parameter of a user payment action;
the logistics consignment client allocates a mobile terminal to obtain user action information so as to obtain a post-secondary identity authentication parameter corresponding to the current user payment action;
the logistics sending and receiving client side makes judgment processing according to the front secondary identity authentication parameter and the rear secondary identity authentication parameter:
when the front secondary identity authentication parameter is consistent with the rear secondary identity authentication parameter, the logistics consignment client controls the mobile terminal to allow the user to start the operation of scanning the expense settlement two-dimensional code; otherwise, the logistics consignment client controls the mobile terminal to prohibit the user from starting the operation of scanning the expense settlement two-dimensional code.
Further, in the modern intelligent settlement method for logistics expenses, the preposed secondary authentication parameter is constructed according to the following steps S1-S4:
step S1, the logistics consignment client obtains payment action information collection permission which allows the user to collect payment action information executed by the mobile terminal;
step S2, the logistics mail and receiving client is in a real-time starting state, and the mobile terminal is instructed to sample and store the pressure on the surface of each key of the mobile terminal by a preset number in a preset time period from the time when the payment request information is received to the time when the payment password is input, and a characteristic pressure database for each key of the mobile terminal during payment and a historical characteristic pressure waveform of the mobile terminal during payment are established;
the preset time period is marked as T, and the characteristic pressure sample data borne by each key surface of the mobile terminal is marked as F(ButtonX,v)And F is recorded in the characteristic pressure database of the key X during the payment of the mobile terminalX＝{F(ButtonX,v)V belongs to V, V is a preset number of characteristic pressure samples, and ButtonX represents a key X on the mobile terminal;
step S3, the mobile terminal collects the pressing force values and pressing force directions of the legal owner on each key on the keyboard in real time within a preset time period, the legal owner of the mobile terminal is constructed to use the left hand and the right hand to press the pressure database aiming at the left hand and the right hand of each key respectively, and the variance of the left hand pressing pressure database and the right hand pressing pressure database of each key is calculated respectively; wherein:
the ith key on the mobile terminal is marked as ButtoniThe total number of keys on the mobile terminal is marked as I, and I is more than or equal to 1 and less than or equal to I;
button for keyiThe left-hand pressing pressure database mark of the built legal owner of the mobile terminal is
Right hand pressing pressure database mark of legal owner of mobile terminal
N belongs to N, and N is the number of pressing pressure data respectively stored in the left-hand pressing pressure database and the pressing pressure database;
showing Button for keyiThe collected nth pressing force data of the left hand of the legal owner of the mobile terminal,
showing Button for keyiThe method comprises the steps of collecting nth pressing force data of the right hand of a legal owner of the mobile terminal;
the ButtoniVariance mark of pressure pressed by left hand of legal owner of mobile terminal
The variance mark of the right hand pressing pressure of the legal owner of the mobile terminal is
The variance is
And
the calculation formulas of (A) are respectively as follows:
step S4, the mobile terminal obtains the prepositive secondary identity authentication parameters representing the legal user of the mobile terminal according to the variance of the left-hand pressing pressure database and the right-hand pressing pressure database of each key; wherein the pre-secondary authentication parameter mark is
Compared with the prior art, the invention has the advantages that: the logistics mailing express bill information for mailing is filled by using a logistics mailing express bill client installed on a mobile terminal of a user, the logistics company management system distributes an express cabinet suitable for the distance position of the current user and mailing code information used when the user places articles to a cabinet grid of the express cabinet, then the logistics company management system generates an embedded dense single image combination embedded with a mailing information two-dimensional code according to three single images selected by the user, the article to be mailed can be placed into the cabinet grid of the corresponding express cabinet under the condition that the user does not need to go to a logistics company network, the logistics expense required to be paid by the user is accurately calculated by the express cabinet, and finally the pasting single image corresponding to the article to be mailed is printed after the user successfully pays the logistics expense, so that the logistics expense required to be paid by the user is intelligently obtained, and the user can conveniently complete the sending and the payment of the article to be sent nearby, and the logistics expense payment experience effect is improved.
Moreover, the sticking surface single image printed by the express cabinet does not record any contents of the leaked sender information and the receiver information, so that general personnel can not obtain any useful personal information through the sticking surface single image on the object outer wrapping layer, and even the staff of a logistics company can not obtain core personal information such as the name of the sender and the name of the receiver, thereby protecting the privacy of the personal information in the express sending and receiving process to a great extent.
Drawings
FIG. 1 is a flow chart of a modern intelligent settlement method for logistics fees according to an embodiment of the present invention.
Detailed Description
The invention is described in further detail below with reference to the accompanying examples.
As shown in fig. 1, the intelligent settlement method for modern logistics fees in this embodiment includes the following steps 1 to 11:
step 1, a user acquires a logistics posting and receiving client at a logistics company management system by using a mobile terminal, installs the logistics posting and receiving client to the mobile terminal, and completes personal user information registration by using the logistics posting and receiving client; the personal user information registration comprises an account name, an account password, a name, an identification card number, a contact mobile phone number, a common mailing address, common addressee information and a common addressee address; the mobile terminal can be a common mobile terminal device such as a smart phone or a tablet computer of a user;
step 2, when a user needs to send an article, the user logs in a logistics sending and receiving client on the mobile terminal, sends sending and receiving express bill information on a sending and receiving bill information page provided by the logistics sending and receiving client, and sends the sending and receiving express bill information confirmed to be error-free to a logistics company management system by the user through the current logistics sending and receiving client on the mobile terminal;
the sending express bill information comprises a sender name limited to filling the user information, a sender contact mobile phone number limited to filling the user contact mobile phone number, information of an article to be sent and recipient information;
that is, when a user fills in the information of the sending express bill by using the logistics sending and receiving client on the mobile terminal, the sender information can only be the relevant information of the user at the sender information place, but not other people as the information of the sender; the information of the items to be mailed comprises the names of the items to be mailed, the volumes of the items to be mailed, the weights of the items to be mailed and the attribute information of the items to be mailed, wherein the attribute information of the items to be mailed is fragile, easy to wet or easy to deteriorate or any combination of the fragile, easy to wet and easy to deteriorate; the recipient information comprises a recipient name, a recipient contact mobile phone number and a recipient address;
step 3, the logistics company management system sends an image material library for the express waybill to a main page of the logistics consignment client, wherein the image material library is selected by a user and is attached to an outer wrapping layer of an article to be consigned, and the user is limited to be prompted to select three images for the express waybill in the image material library for the express waybill;
step 4, the user sends the three express bill images which are confirmed to be selected and the current position of the user to a logistics company management system together by using the logistics consignment client;
step 5, after confirming that three express bill images selected by the user and the current position of the user are received, the logistics company management system generates a sending code message for the user, and respectively sends the sending code message to a logistics sending and receiving client of the user and a contact mobile phone number of the user;
the sending code information comprises an express cabinet position closest to the current position of the user, an available cabinet grid number of the express cabinet and an enabling code for opening the cabinet grid, wherein the enabling code is a 6-digit number randomly generated by a logistics company management system; certainly, the logistics company management system can also display the positions of all express cabinets which take the current position of the user as the circle center and take the preset distance as the radius to the user in a logistics consignment client mode according to the received current position of the user; for example, the preset distance here may be 1km or 2km or other distances;
the express cabinet is subjected to unified management of the logistics company management system, and at least comprises a processor, a camera, a communication device connected with the logistics company management system, a touch display screen providing a human-computer operation interface, a three-dimensional scanner for scanning and acquiring the volume of articles placed in each cabinet cell and a weight measuring instrument for acquiring the weight of the articles placed in each cabinet cell, wherein the human-computer operation interface is provided with an enabling code input unit, a user contact mobile phone number input unit, an invoicing data information input unit, a cost settlement two-dimensional code and a printing device controlled by the processor; the printing device integrates conventional printing and invoice printing and has a color printing function;
step 6, the logistics company management system respectively generates a first-level two-dimensional code corresponding to the sender information of the item to be sent, a second-level two-dimensional code corresponding to the information of the item to be sent and a third-level two-dimensional code corresponding to the receiver information of the item to be sent, and the first-level two-dimensional code, the second-level two-dimensional code and the third-level two-dimensional code are simultaneously embedded into any one auxiliary image for the bill selected by the user to obtain an embedded secret image combination for the bill with the embedded secret two-dimensional code;
the embedded single-surface image combination comprises a pair of single-surface images embedded with three two-dimensional codes simultaneously and two single-surface images not embedded with the two-dimensional codes;
each scanning terminal belonging to the logistics company management system is provided with an image information extraction program for extracting each level of two-dimensional codes in the single-use image after secret embedding and a two-dimensional code information extraction program for only extracting contact mobile phone numbers, sending addresses of senders in the level one two-dimensional codes, names of articles in the level two-dimensional codes and contact mobile phone numbers and receiving addresses of receivers in the level three two-dimensional codes;
step 7, when the express cabinet confirms that the received starting code and the user contact mobile phone number which are input from the outside are respectively corresponding and consistent with the starting code and the user contact mobile phone number in the stored mail code information, the express cabinet indicates that the current user is the mail user whose identity is confirmed by the logistics company management system to which the express cabinet belongs, and the express cabinet opens the cabinet lattice opening of the corresponding cabinet lattice opening number in the mail code information;
step 8, when the express cabinet detects that the user puts articles into the cabinet lattice opening corresponding to the sending code information, a camera of the express cabinet records and stores the article placing process of the user, and the volume and the weight of the articles in the cabinet lattice opening are obtained;
step 9, the express cabinet calculates the logistics expense of the current article in the cabinet grid according to an express expense settlement standard preset by the logistics company management system, displays an expense settlement two-dimensional code for the user to pay on the touch display screen, and sends the amount of the logistics expense to be paid corresponding to the expense settlement two-dimensional code to the logistics company management system; the preset express expense settlement standard is formulated based on the information such as the object volume, the object quality, the object attribute information, the distance between the address of the sending object and the address of the receiving object and the like of the object to be sent;
step 10, after confirming that the logistics expense corresponding to the expense settlement two-dimensional code is received, the logistics company management system combines and splices the single image with the embedded secret side into a spliced image with an express bill number, and sends the spliced image serving as a single image for sticking to the express cabinet; each spliced image in the embodiment corresponds to one express bill number one by one;
and 11, printing the single image for pasting equipment by the express cabinet, prompting a user to paste the printed single image for pasting equipment to the sent article, and automatically closing the cabinet lattice opening where the article is located by the express cabinet to wait for express pickup. For example, express delivery personnel can go to the express delivery cabinet at a specified time to pick up a parcel, and then pick up the parcel and return to a website of a logistics company to arrange a logistics vehicle to be transported out.
Certainly, in this embodiment, the express delivery cabinet may further display a fee payment mode selection list for the user to select a fee payment mode according to actual needs; the payment method selection list comprises two-dimensional code payment and face brushing payment; then, the express delivery cabinet receives the expense payment mode selected by the user and sends the selected expense payment mode to the logistics company management system; and finally, the logistics company management system detects and judges whether the cost paid by the user is received or not, and controls whether the express cabinet prints the bill image for pasting according to the detection and judgment result. If the logistics company management system confirms that the logistics cost paid by the user is received, the logistics company management system controls the express cabinet to execute the printing operation of the veneering receipt image, and then the printing device of the express cabinet prints the veneering receipt image.
In addition, the express delivery cabinet can also display a fee payment mode selection list for the user to select the fee payment mode according to the design requirement of another situation; wherein, the fee payment mode selection list at least comprises cash payment; then, the express delivery cabinet receives the expense payment mode selected by the user and sends the selected expense payment mode to the logistics company management system; after the express cabinet detects that the user pays the logistics expense corresponding to the expense settlement two-dimensional code, the express cabinet sends a receipt result of successfully receiving the logistics expense to a logistics company management system; and finally, controlling the express cabinet to print and paste the surface list image for the equipment by the logistics company management system according to the receipt result of the express cabinet.
In order to print invoice data to a user paying logistics cost, in the embodiment, after the logistics company management system confirms that the logistics cost paid by the user is received, the logistics company management system controls the express cabinet to start a display man-machine operation interface and prompts the user to input invoice data information; after the express cabinet confirms that the invoicing data information input and confirmed by the user is received, the express cabinet sends the received invoicing data information to a logistics company management system; the logistics company management system sends an invoice printing instruction to the express delivery cabinet, and the express delivery cabinet prints out an invoice corresponding to the current logistics cost.
In order to ensure that the legal user of the mobile terminal performs the settlement payment operation for the logistics cost, the modern intelligent settlement method for the logistics cost of the embodiment is further improved as follows:
a logistics sending and receiving client on the mobile terminal constructs a preposed secondary identity authentication parameter of a user payment action;
the logistics sending and receiving client allocates the mobile terminal to obtain user action information so as to obtain a post-secondary identity authentication parameter corresponding to the current user payment action;
the logistics sending and receiving client side makes judgment processing according to the front secondary identity authentication parameter and the rear secondary identity authentication parameter:
when the front secondary identity authentication parameter is consistent with the rear secondary identity authentication parameter, the logistics consignment client controls the mobile terminal to allow the user to start the operation of scanning the expense settlement two-dimensional code; otherwise, the logistics consignment client controls the mobile terminal to prohibit the user from starting the operation of scanning the expense settlement two-dimensional code. The preposed secondary authentication parameters in the embodiment are constructed and obtained according to the following steps S1-S4:
step S1, the logistics consignment client obtains payment action information collection permission which allows the user to collect payment action information executed by the mobile terminal;
step S2, the logistics mail and receiving client is in a real-time starting state, and the mobile terminal is instructed to sample and store the pressure on the surface of each key of the mobile terminal by a preset number in a preset time period from the time when the payment request information is received to the time when the payment password is input, and a characteristic pressure database for each key of the mobile terminal during payment and a historical characteristic pressure waveform of the mobile terminal during payment are established;
the preset time period is marked as T, and the characteristic pressure sample data borne by each key surface of the mobile terminal is marked as F(ButtonX,v)And F is recorded in the characteristic pressure database of the key X during the payment of the mobile terminalX＝{F(ButtonX,v)V belongs to V, V is a preset number of characteristic pressure samples, and button X represents a key on the mobile terminalX；
Step S3, the mobile terminal collects the pressing force values and pressing force directions of the legal owner on each key on the keyboard in real time within a preset time period, the legal owner of the mobile terminal is constructed to use the left hand and the right hand to press the pressure database aiming at the left hand and the right hand of each key respectively, and the variance of the left hand pressing pressure database and the right hand pressing pressure database of each key is calculated respectively;
wherein, the ith key mark on the mobile terminal is ButtoniThe total number of keys on the mobile terminal is marked as I, and I is more than or equal to 1 and less than or equal to I;
button for keyiThe left-hand pressing pressure database mark of the built legal owner of the mobile terminal is
Right hand pressing pressure database mark of legal owner of mobile terminal
N belongs to N, and N is the number of pressing pressure data respectively stored in the left-hand pressing pressure database and the pressing pressure database;
showing Button for keyiThe collected nth pressing force data of the left hand of the legal owner of the mobile terminal,
showing Button for keyiThe method comprises the steps of collecting nth pressing force data of the right hand of a legal owner of the mobile terminal;
buttoniVariance mark of pressure pressed by left hand of legal owner of mobile terminal
The variance mark of the right hand pressing pressure of the legal owner of the mobile terminal is
Variance (variance)
And
the calculation formulas of (A) are respectively as follows:
step S4, the mobile terminal obtains the prepositive secondary identity authentication parameters representing the legal user of the mobile terminal according to the variance of the left-hand pressing pressure database and the right-hand pressing pressure database of each key; wherein the prepositive secondary authentication parameter mark is
Although preferred embodiments of the present invention have been described in detail hereinabove, it should be clearly understood that modifications and variations of the present invention are possible to those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (6)
1. An intelligent settlement method for modern logistics expenses is characterized by comprising the following steps 1-11:
step 1, a user acquires a logistics posting and receiving client at a logistics company management system by using a mobile terminal, installs the logistics posting and receiving client to the mobile terminal, and completes personal user information registration by using the logistics posting and receiving client; the personal user information registration comprises an account name, an account password, a name, an identification card number, a contact mobile phone number, a common mailing address, common addressee information and a common addressee address;
step 2, when a user needs to send an article, the user logs in a logistics sending and receiving client on the mobile terminal, sends sending and receiving express bill information on a sending and receiving bill information page provided by the logistics sending and receiving client, and sends the sending and receiving express bill information confirmed to be error-free to a logistics company management system by the user through the current logistics sending and receiving client on the mobile terminal;
the sending express bill information comprises a sender name limited to filling in the user information, a sender contact mobile phone number limited to filling in the user contact mobile phone number, information of an article to be sent and recipient information;
the information of the items to be mailed comprises the names of the items to be mailed, the volumes of the items to be mailed, the weights of the items to be mailed and the attribute information of the items to be mailed, wherein the attribute information of the items to be mailed is fragile, easy to wet or easy to deteriorate or any combination of the fragile, easy to wet and easy to deteriorate;
the recipient information comprises a recipient name, a recipient contact mobile phone number and a recipient address;
step 3, the logistics company management system sends an image material library for the express waybill to a main page of the logistics consignment client, wherein the image material library is selected by a user and is attached to an outer wrapping layer of an article to be consigned, and the user is limited to be prompted to select three images for the express waybill in the image material library for the express waybill;
step 4, the user sends the three express bill images which are confirmed to be selected and the current position of the user to a logistics company management system together by using the logistics consignment client;
step 5, after confirming that three express bill images selected by the user and the current position of the user are received, the logistics company management system generates a sending code message for the user, and respectively sends the sending code message to a logistics sending and receiving client of the user and a contact mobile phone number of the user;
the sending code information comprises an express cabinet position closest to the current position of a user, an available cabinet grid opening number of the express cabinet and an enabling code for opening the cabinet grid opening, wherein the enabling code is a 6-digit number randomly generated by a logistics company management system;
the express cabinet is subjected to unified management of the logistics company management system, and at least comprises a processor, a camera, a communication device connected with the logistics company management system, a touch display screen providing a human-computer operation interface, a three-dimensional scanner for scanning and acquiring the volume of articles placed in each cabinet cell and a weight measuring instrument for acquiring the weight of the articles placed in each cabinet cell, wherein the human-computer operation interface is provided with a starting code input unit, a user contact mobile phone number input unit, an invoicing data information input unit, a cost settlement two-dimensional code and a printing device controlled by the processor;
step 6, the logistics company management system respectively generates a first-level two-dimensional code corresponding to the sender information of the item to be sent, a second-level two-dimensional code corresponding to the information of the item to be sent and a third-level two-dimensional code corresponding to the receiver information of the item to be sent, and the first-level two-dimensional code, the second-level two-dimensional code and the third-level two-dimensional code are simultaneously embedded into any one auxiliary image for the bill selected by the user to obtain an embedded secret image combination for the bill with the embedded secret two-dimensional code;
the embedded single-surface image combination comprises a pair of single-surface images embedded with three two-dimensional codes simultaneously and two single-surface images not embedded with the two-dimensional codes;
each scanning terminal belonging to the logistics company management system is provided with an image information extraction program for extracting each level of two-dimensional codes in the single-use image after secret embedding and a two-dimensional code information extraction program for only extracting contact mobile phone numbers, sending addresses of senders in the level one two-dimensional codes, names of articles in the level two-dimensional codes and contact mobile phone numbers and receiving addresses of receivers in the level three two-dimensional codes;
step 7, when the express cabinet confirms that the received starting code and the user contact mobile phone number which are input from the outside are respectively corresponding to the starting code and the user contact mobile phone number in the stored sending code information, the express cabinet opens the cabinet lattice opening of the corresponding cabinet lattice opening number in the sending code information;
step 8, when the express cabinet detects that the user puts articles into the cabinet lattice opening corresponding to the sending code information, a camera of the express cabinet records and stores the article placing process of the user, and the volume and the weight of the articles in the cabinet lattice opening are obtained;
step 9, the express cabinet calculates the logistics expense of the current article in the cabinet grid according to an express expense settlement standard preset by the logistics company management system, displays an expense settlement two-dimensional code for the user to pay on the touch display screen, and sends the amount of the logistics expense to be paid corresponding to the expense settlement two-dimensional code to the logistics company management system;
step 10, after confirming that the logistics expense corresponding to the expense settlement two-dimensional code is received, the logistics company management system combines and splices the single image with the embedded secret side into a spliced image with an express bill number, and sends the spliced image serving as a single image for sticking to the express cabinet;
and 11, printing the pasting surface single image by the express cabinet, prompting a user to paste the printed pasting surface single image on the sent object, and automatically closing the cabinet lattice opening of the object by the express cabinet to wait for express pickup.
2. The intelligent settlement method for modern logistics cost of claim 1, further comprising:
the express delivery cabinet displays a fee payment mode selection list for the user to select a fee payment mode; the payment mode selection list comprises two-dimensional code payment and face brushing payment;
the express delivery cabinet receives a payment mode selected by a user and sends the selected payment mode to a logistics company management system;
and the logistics company management system detects and judges whether the cost paid by the user is received or not, and controls whether the express cabinet prints the bill image for pasting according to the detection and judgment result.
3. The intelligent settlement method for modern logistics cost of claim 1, further comprising:
the express delivery cabinet displays a fee payment mode selection list for the user to select a fee payment mode; wherein the fee payment mode selection list at least comprises cash payment;
the express delivery cabinet receives a payment mode selected by a user and sends the selected payment mode to a logistics company management system;
after the express cabinet detects that the user pays the logistics expense corresponding to the expense settlement two-dimensional code, the express cabinet sends a receipt result of successfully receiving the logistics expense to a logistics company management system;
and the logistics company management system controls the express cabinet to print the bill image for the equipment according to the receipt result of the express cabinet.
4. The intelligent settlement method for modern logistics charge as claimed in any one of claims 1 to 3, further comprising:
after the logistics company management system confirms that the logistics expense paid by the user is received, the logistics company management system controls the express cabinet to start a display man-machine operation interface and prompts the user to input invoicing data information;
after the express cabinet confirms that the invoicing data information input and confirmed by the user is received, the express cabinet sends the received invoicing data information to a logistics company management system;
and the logistics company management system sends an invoice printing instruction to the express delivery cabinet, and the express delivery cabinet prints out an invoice corresponding to the current logistics cost.
5. The intelligent settlement method for modern logistics charge as claimed in any one of claims 1 to 3, further comprising:
the logistics sending and receiving client on the mobile terminal constructs a preposed secondary identity authentication parameter of a user payment action;
the logistics consignment client allocates a mobile terminal to obtain user action information so as to obtain a post-secondary identity authentication parameter corresponding to the current user payment action;
the logistics sending and receiving client side makes judgment processing according to the front secondary identity authentication parameter and the rear secondary identity authentication parameter:
when the front secondary identity authentication parameter is consistent with the rear secondary identity authentication parameter, the logistics consignment client controls the mobile terminal to allow the user to start the operation of scanning the expense settlement two-dimensional code; otherwise, the logistics consignment client controls the mobile terminal to prohibit the user from starting the operation of scanning the expense settlement two-dimensional code.
6. The intelligent settlement method for modern logistics cost of claim 5, wherein the pre-set secondary authentication parameter is constructed according to the following steps S1-S4:
step S1, the logistics consignment client obtains payment action information collection permission which allows the user to collect payment action information executed by the mobile terminal;
step S2, the logistics mail and receiving client is in a real-time starting state, and the mobile terminal is instructed to sample and store the pressure on the surface of each key of the mobile terminal by a preset number in a preset time period from the time when the payment request information is received to the time when the payment password is input, and a characteristic pressure database for each key of the mobile terminal during payment and a historical characteristic pressure waveform of the mobile terminal during payment are established;
the preset time period is marked as T, and the characteristic pressure sample data borne by each key surface of the mobile terminal is marked as F(ButtonX,v)And F is recorded in the characteristic pressure database of the key X during the payment of the mobile terminalX＝{F(ButtonX,v)V belongs to V, V is a preset number of characteristic pressure samples, and ButtonX represents a key X on the mobile terminal;
step S3, the mobile terminal collects the pressing force values and pressing force directions of the legal owner on each key on the keyboard in real time within a preset time period, the legal owner of the mobile terminal is constructed to use the left hand and the right hand to press the pressure database aiming at the left hand and the right hand of each key respectively, and the variance of the left hand pressing pressure database and the right hand pressing pressure database of each key is calculated respectively; wherein:
the ith key on the mobile terminal is marked as ButtoniThe total number of keys on the mobile terminal is marked as I, and I is more than or equal to 1 and less than or equal to I;
button for keyiThe left-hand pressing pressure database mark of the built legal owner of the mobile terminal is
Right hand pressing pressure database mark of legal owner of mobile terminal
N belongs to N, and N is the number of pressing pressure data respectively stored in the left-hand pressing pressure database and the pressing pressure database;
showing Button for keyiThe collected nth pressing force data of the left hand of the legal owner of the mobile terminal,
showing Button for keyiThe method comprises the steps of collecting nth pressing force data of the right hand of a legal owner of the mobile terminal;
the ButtoniVariance mark of pressure pressed by left hand of legal owner of mobile terminal
The variance mark of the right hand pressing pressure of the legal owner of the mobile terminal is
The variance is
And
the calculation formulas of (A) are respectively as follows:
step S4, the mobile terminal obtains the prepositive secondary identity authentication parameters representing the legal user of the mobile terminal according to the variance of the left-hand pressing pressure database and the right-hand pressing pressure database of each key; wherein the pre-secondary authentication parameter mark is
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