CN116205611B - Full-self-service card-making and card-capturing integrated system based on Internet of things - Google Patents
Full-self-service card-making and card-capturing integrated system based on Internet of things Download PDFInfo
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Abstract
The invention provides a full-self-service card-making and card-capturing integrated system based on the Internet of things, which relates to the technical field of data processing, and comprises a data acquisition end, a data processing end, a card-making end and a card-capturing end; firstly, collecting and processing card making information and card receiving information of a user; the data acquisition end counts the idle time of the user through the schedule of the user, and then the user selects the card-picking time by himself; the method is used for solving the problems of long card-capturing queuing time caused by card-capturing time delay or excessive card-capturing users in a certain time period due to inconsistent card-capturing time of the existing network point card-capturing and the users.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a full-self-service card-making and card-capturing integrated system based on the Internet of things.
Background
Along with the development of science and technology, cards are more and more important for life of people, campus cards, credit cards, membership cards, medical cards and the like are more and more popular in life, and the cards can bring more convenience for people and improve the living standard of people; the operation function of the current business system for handling the real-name card can meet the requirement of offline or online business handling, and the development of business is realized; however, in order to confirm the authenticity of the personal information in the business handling process, the online card handling needs to wait for the verification of the personal information submitted by the client by the background personnel, the offline card handling needs to provide paper certificates such as the copy of the personal identification card, and meanwhile, the issuing stage can be started only through a period of verification.
In the prior art, the offline card handling is required to handle address card pickup at the working day, and office workers or students generally have no card pickup time at the working day and often cannot pick up cards for a long time; the existing card-picking self-service machine does not arrange card picking time of users, and whether the users transact cards online or offline, the card picking work efficiency is low due to overlong queuing time, excessive card picking number and the like, and a large amount of time and resources are wasted.
Disclosure of Invention
Aiming at the defects existing in the prior art, the invention aims to provide a full-self-service card-making and card-capturing integrated system based on the Internet of things, and the card-capturing time, the card-capturing distance and the card-capturing credit of a user are collected and analyzed, so that the card-capturing time is reasonably arranged, and the card-capturing queuing waiting time of the user can be greatly reduced; therefore, the problem of long card-capturing queuing time caused by the fact that the original network point card-capturing time is inconsistent with the user card-capturing time or the fact that the card-capturing users are too many in a certain time period is solved.
In order to achieve the above object, the present invention is realized by the following technical scheme: the integrated system comprises a data acquisition end, a data processing end, a card manufacturing end and a card capturing end;
the data acquisition end comprises a card making information acquisition unit and a card capturing information acquisition unit, wherein the card making information acquisition unit is used for acquiring card making information, and the card making information comprises a user card making type, a user travel table and user basic information;
the collar card information acquisition unit is used for acquiring collar card information, and the collar card information comprises: the card-receiving time, the card-receiving default times and the card-receiving verification information of the user;
the data processing end comprises a card making information processing unit and a card capturing information processing unit, wherein the card making information processing unit is used for carrying out information comparison on card making information obtained by the data acquisition end, and after the information comparison is passed, the card making information data of a user are packed into an expansion data packet and are sent to the card making end;
the card-capturing information processing unit calculates the card-capturing time and the card-capturing default times of the user obtained by the data acquisition end to obtain card-capturing priority values, sequentially sorts the generated card-capturing according to the card-capturing priority values from small to large, and calculates the card-capturing time point according to the distance between the user and the card-capturing address;
the card receiving end is used for receiving the card receiving code from the card receiving end, and receiving the card receiving code from the card receiving end.
Further, the card making information processing unit is configured with a card making classification processing policy, the card making classification processing policy including: the method comprises the steps of obtaining a user card making type by analyzing the user card making type, wherein the user card making type is provided with a basic information obtaining list;
and acquiring corresponding user basic information according to the basic information acquisition list.
Further, the card making information processing unit is further configured with a card making task statistical policy, where the card making task statistical policy includes: comparing the acquired user basic information with information in an information base;
outputting a re-recording signal to the client when the comparison results are inconsistent, and recording card making information again when the card making information acquisition unit acquires the re-recording signal;
when the comparison results are consistent, the acquired user information is respectively stored as an expansion data packet; correspondingly setting card making task X according to the input sequence of the extended data packet i I is a positive integer, and the card making task X i And encrypting and transmitting to the collar card end.
Further, the card-capturing information acquisition unit is configured with an idle time period statistics policy, where the idle time period statistics policy includes: reading a daily schedule uploaded by a user, counting the interval duration between two schedules in the daily schedule of the user, and setting the interval duration as a preselected time period when the interval duration is greater than a first time threshold;
counting addresses of two strokes corresponding to each preselected time period, setting a departure address as a first stroke address, setting an arrival address as a second stroke address, calculating a card capturing end closest to the average distance between the first stroke address and the second stroke address, and setting the card capturing end as a card capturing address;
and adding the required time length from the card-capturing address to the first travel address, the required time length from the card-capturing address to the second travel address and the safety time length to obtain the predicted time length of the card-capturing, and setting the preselected time period as the idle time period to calculate the time length from the card-capturing address to the addresses of the two travel destinations when the time length of the preselected time period is greater than the predicted time length of the card-capturing.
Further, the card capturing information collection unit is further configured with a card capturing time period collection policy, where the card capturing time period collection policy includes: when a first number of idle time periods exist in the daily schedule of the user, setting the first number of idle time periods as selectable collar card time periods;
the method comprises the steps of sending a first number of card capturing time periods to a client, and setting the number of time periods selected by a user, wherein the number of time periods selected by the user is 3;
setting three card capturing time periods selected by a user as a first card capturing time period, a second card capturing time period and a third card capturing time period respectively; the current time period is earlier than the first card-capturing time period, the first card-capturing time period is earlier than the second card-capturing time period, and the second card-capturing time period is earlier than the third card-capturing time period;
the first pickup period is set as the preferred period.
Further, the card making information processing unit is configured with a card making arrangement policy; the card making arrangement strategy comprises the following steps: the card-receiving end is provided with a plurality of working time periods, and a rest time period is arranged between each working time period; when receiving card making task X i Acquiring a preferred time period and judging a working time period in which the preferred time period is located;
when the preferred time period is within the current working time period, substituting the preferred time period and the card-capturing default times into a card-making priority formula:
obtaining a card making priority value; wherein M is set as a card making priority value; t is t 1 Setting a start time point of the preferred time period; t is set as a time point for calculating the card making priority value; l is the number of tie card violations; a is set as a time conversion coefficient;
sorting the card making priority values from large to small, and setting the card making task as Y according to the sorting b B is a positive integer.
Further, the card-capturing information processing unit is configured with a latency statistics policy, the latency statistics policy including: acquiring a first program address corresponding to a first card capturing time period; setting the distance between the card-capturing end and the first travel address of the user as z, and substituting the distance into a card-capturing waiting duration formula:
obtaining the waiting time of the collar card; wherein b is a positive integer; v is set as averageWalking speed; t' is set as the waiting interval time; t (T) b Setting the waiting time of the collar card.
Further, the collar card end is further configured with a collar card arrangement policy, and the collar card arrangement policy includes: through the formula of limit value of collar card
Obtaining a collar card limit value J, and when J is smaller than or equal to the duration of a working time period, obtaining b at the moment, and setting b as e, wherein e is the number of collar card persons in the working time period;
card making data X 1 ~X e The corresponding user is set as P 1 ~P e The method comprises the steps of carrying out a first treatment on the surface of the When (when)
Less than or equal to T e-1 At the time, t' is user P e-1 Is the point of time of getting the card, user P e The collar card time point of (2) is->
；
When (when)
Greater than T e-1 At the time, user P e The collar card time point of (2) is->
The method comprises the steps of carrying out a first treatment on the surface of the Wherein when e is less than or equal to 1, T e-1 Fixed as T';
the card-capturing end sends the card-capturing time point and the card-capturing code to the client before the card-capturing time period.
Further, the card-capturing end is further configured with a card-capturing reminding policy, and the card-capturing reminding policy includes: when the user does not get the card when the waiting time of the card getting exceeds the waiting time of the card getting for the first time, recording as one-time card getting violating, sending violating information to the user, setting a second card getting time period as a preferential time period, acquiring a first travel address corresponding to the second card getting time period, and re-obtaining a card getting time point;
when the user does not get the card again after the waiting time of getting the card, recording as a secondary card getting violation, sending the violation information to the user, setting a third card getting time period as a preferred time period, acquiring a first program address corresponding to the third card getting time period, and re-obtaining a card getting time point;
when the user does not get the card after the third time exceeds the waiting time of getting the card, recording as three times of card getting violations, sending warning information to the user, and reacquiring the first card getting time period, the second card getting time period and the third card getting time period of the user.
Further, the collar card end further comprises a collar card verification policy, and the collar card verification policy comprises: when the card-capturing person inputs the card-capturing code, the card-capturing verification information of the card-capturing person is obtained and compared with the user basic information, and when the comparison is consistent, a card-making instruction is output and a card is made.
The invention has the beneficial effects that: firstly, collecting and processing card making information and card capturing information of a user; the user selects the card-capturing time by himself after the idle time of the user is counted by acquiring the schedule of the user, so that the card-capturing time set by the user is more accurate; substituting the card capturing time of the user into a card making priority formula to obtain a card making priority value, and sequencing card making tasks according to the card making priority value of the user; and obtaining the distance between the card-capturing end and the first travel address of the user, substituting the distance between the card-capturing end and the first travel address of the user into a card-capturing waiting time formula to obtain the card-capturing waiting time, finally obtaining a card-capturing time point according to the card-capturing task sequence and the card-capturing waiting time, sending a card-capturing notification to the user according to the card-capturing time point, and analyzing and processing the user travel arrangement to increase the arrangement of the card-capturing time of the user so as to reduce the queuing waiting time of the user.
Additional aspects of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.
Drawings
Other features, objects and advantages of the present invention will become more apparent upon reading of the detailed description of non-limiting embodiments, given with reference to the accompanying drawings in which:
fig. 1 is a schematic diagram of a full-self-service card-making and card-capturing integrated system based on the internet of things;
FIG. 2 is a schematic diagram of a card manufacturing information processing flow according to the present invention;
FIG. 3 is a schematic diagram of a card capturing period acquisition flow according to the present invention;
fig. 4 is a schematic diagram of a card making arrangement strategy according to the present invention.
Description of the embodiments
It should be noted that the following detailed description is exemplary and is intended to provide further explanation of the invention. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs.
It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of exemplary embodiments according to the present invention.
Embodiments of the invention and features of the embodiments may be combined with each other without conflict.
Referring to fig. 1, the invention provides a full-self-service card-making and card-capturing integrated system based on the internet of things, and the integrated system of the invention can greatly reduce the card-capturing queuing waiting time of a user by collecting and analyzing the schedule of the user and reasonably arranging the card-making sequence and the card-capturing time; therefore, the problem of long card-capturing queuing time caused by the fact that the original network point card-capturing time is inconsistent with the user card-capturing time or the fact that the card-capturing users are too many in a certain time period is solved.
The integrated system comprises a data acquisition end, a data processing end, a card manufacturing end and a card receiving end;
the data acquisition end comprises a card making information acquisition unit and a card capturing information acquisition unit, wherein the card making information acquisition unit is used for acquiring card making information, and the card making information comprises a user card making type, a user travel table and user basic information;
the collar card information acquisition unit is used for acquiring collar card information, and the collar card information comprises: the card-receiving time, the card-receiving default times and the card-receiving verification information of the user;
the data processing end comprises a card making information processing unit and a card capturing information processing unit, wherein the card making information processing unit is used for carrying out information comparison on card making information obtained by the data acquisition end, and after the information comparison is passed, the card making information data of a user are packed into an expansion data packet and are sent to the card making end;
the card-capturing information processing unit calculates the card-capturing time and the card-capturing default times of the user obtained by the data acquisition end to obtain card-capturing priority values, sequentially sorts the generated card-capturing according to the card-capturing priority values from small to large, and calculates the card-capturing time point according to the distance between the user and the card-capturing address;
the card receiving end is used for receiving the card receiving code from the card receiving end, and receiving the card receiving code from the card receiving end.
Referring to fig. 2, the card making information processing unit is configured with a card making classification processing policy, where the card making classification processing policy includes: the method comprises the steps of obtaining a user card making type by analyzing the user card making type, wherein the user card making type comprises a campus card, a credit card, a membership card, a medical card, an access control card and the like; the user card making type is provided with a basic information acquisition list;
acquiring corresponding user basic information according to the basic information acquisition list; for example, the type of the user card required by the user is a campus card, and the corresponding basic information acquisition list includes: user image information, user name, gender, number, professional class, home address, user parent name, and contact phone.
The card making information processing unit is further configured with a card making task statistical strategy, and the card making task statistical strategy comprises: comparing the acquired user basic information with information in an information base; specifically, when the card making type of the user is a campus card, face recognition verification is carried out by extracting user image information in user basic information and user image information with the same number in a school information base, and when the identification is passed, the comparison result is judged to be consistent;
outputting a re-recording signal to the client when the comparison results are inconsistent, and recording card making information again when the card making information acquisition unit acquires the re-recording signal;
when the comparison results are consistent, the acquired user information is respectively stored as an expansion data packet; correspondingly setting card making task X according to the input sequence of the extended data packet i I is a positive integer, and the card making task X i And encrypting and transmitting to the collar card end.
Referring to fig. 3, the card-capturing information collecting unit is configured with an idle time period statistics policy, where the idle time period statistics policy includes: reading a daily schedule uploaded by a user, counting the interval duration between two schedules in the daily schedule of the user, and setting the interval duration as a preselected time period when the interval duration is greater than a first time threshold;
counting addresses of two strokes corresponding to each preselected time period, setting a departure address as a first stroke address, setting an arrival address as a second stroke address, calculating a card capturing end closest to the average distance between the first stroke address and the second stroke address, and setting the card capturing end as a card capturing address;
adding the required time length from the card-capturing address to the first travel address, the required time length from the card-capturing address to the second travel address and the safety time length to obtain the predicted time length of the card-capturing, and setting the preselected time period as an idle time period when the time length of the preselected time period is greater than the predicted time length of the card-capturing; specifically, estimating the estimated time length of the collar card through the distance from the collar card address to the first travel address, the distance from the collar card address to the second travel address and the average walking speed; the safety duration is 20 minutes, when the pre-selected time period of the user is directly set as the card capturing time, the situation that the user cannot arrive at the second travel address on time because of card taking possibly occurs, the daily travel of the user is disturbed, the idle time of the user is screened after the safety duration is increased, and the situation that the user delays other travel due to card taking can be avoided.
The card-capturing information acquisition unit is further configured with a card-capturing time period acquisition strategy, and the card-capturing time period acquisition strategy comprises: when a first number of idle time periods exist in the daily schedule of the user, setting the first number of idle time periods as selectable collar card time periods;
the method comprises the steps of sending a first number of card capturing time periods to a client, and setting the number of time periods selected by a user, wherein the number of time periods selected by the user is 3; in some scenes, for example, schools, most people often have the same pedestrian distance, when only one card capturing time period is set, the situation that a plurality of people set the same time period as the card capturing time period, so that the number of card capturing people in the time period is excessive and some people cannot capture cards can occur, the plurality of card capturing time periods are set, the number of pickup people in different time periods can be regulated, and the user can pick up cards in the set time period can be ensured;
setting three card capturing time periods selected by a user as a first card capturing time period, a second card capturing time period and a third card capturing time period respectively; the current time period is earlier than the first card-capturing time period, the first card-capturing time period is earlier than the second card-capturing time period, and the second card-capturing time period is earlier than the third card-capturing time period; specifically, the duration of the first card capturing time period, the second card capturing time period and the third card capturing time period is not less than 20 minutes and not more than 100 minutes, and the starting time of the first card capturing time period, the second card capturing time period and the third card capturing time period are all whole points; in the process of multiple experiments, the situation that the card-capturing time period is set so that the idle time is too short, and the card-capturing waiting time is longer than the idle time, so that the card-capturing time cannot be arranged all the time is likely to occur; the idle time is too long, the card making priority value is too low, and the situation that the user firstly reserves and finally gets the card occurs; the idle time is controlled within 20 minutes to 100 minutes, so that extreme conditions can be avoided, and a user can get a card as soon as possible;
the first pickup period is set as the preferred period.
Referring to fig. 4, the card making information processing unit is configured with a card making arrangement policy; the card making arrangement strategy comprises the following steps: the card-receiving end is provided with a plurality of working time periods, and a rest time period is arranged between each working time period; when receiving card making task X i At this time, the preferred time period is acquiredJudging the working time period of the preferred time period; specifically, the duration of the working time period is 60 minutes, the duration of the resting time period is 10 minutes, when the card-capturing time of the card-capturing end is not segmented and matched, the card-making priority values of users in different card-capturing time periods can be calculated simultaneously, so that errors occur in the card-capturing ordering of the users, the card-capturing time confusion of the users is caused, a plurality of working time periods are set, the specific time of the card capturing of the users is conveniently judged, and the card-making priority value ordering of the users in the same time period is accurate;
when the preferred time period is within the current working time period, substituting the preferred time period and the card-capturing default times into a card-making priority formula:
obtaining a card making priority value; wherein M is set as a card making priority value; t is t 1 Setting a start time point of the preferred time period; t is set as a time point for calculating the card making priority value; l is the number of tie card violations; a is set as a time conversion coefficient; in the card-making priority formula, the more the number of card-taking violations of the user is, the lower the card-taking credit is, and compared with other users in the same time period, the smaller the probability of on-time card-taking is, and the smaller the card-making priority value is; in order to ensure that a user can get a card in a first card getting time period, when the first card getting time period of the user is closer to the current time, the priority value of the user is larger; for example, in the implementation process, the value interval of a is set to be between 0 and 1, specifically to be 0.5, the time point for calculating the card making priority value is 10:00, and user X 1 The number of the tie-card violations is 10, and the starting time point of the preferred time period is 10:30; user X 2 The number of the tie-card violations is 6, and the starting time point of the preferred time period is 10:40; finding user X 1 The card making priority value of (2) is 0.006, and obtain user X 2 If the card making priority value of (1) is 0.008, user X 2 Card making priority ranking higher than user X 1 。
Sorting the card making priority values from large to small, and setting the card making task as Y according to the sorting b B is a positive integer; specifically, whether the card making task of the user is urgent or not can be obtained through the card making priority formula, so that the existing card making method can be used forThe card-making tasks of the card-making machine are ordered, so that the card-gathering sequence of the user can be reasonably arranged, the situation that the card-gathering is crowded when the user catches the card is avoided, and the card-gathering efficiency is improved.
The card-capturing information processing unit is configured with a waiting time statistical strategy, and the waiting time statistical strategy comprises the following steps: acquiring a first program address corresponding to a first card capturing time period; setting the distance between the card-capturing end and the first travel address of the user as z, and substituting the distance into a card-capturing waiting duration formula:
obtaining the waiting time of the collar card; wherein b is a positive integer; v is set to the average walking speed; t' is set as the waiting interval time; t (T) b Setting the waiting time of the collar card; in the waiting time length formula, the waiting time length is in direct proportion to the distance between the user and the card capturing end, when the distance between the user and the card capturing end is larger, the time from the user address to the card capturing end is longer, and therefore the time for the card capturing end to wait for the user is longer; in a specific implementation process, z is 0.5 km; v is set to 0.09 km/min; t' is set to 5 minutes; then calculate T b Set to 10.55 minutes;
the time required for the card capturing of each user is different, the arrival time can be increased or reduced in the way of reaching the card capturing end due to other conditions, and if the card capturing interval time is not set, the card capturing end can be idle or crowded for a long time; the card-capturing waiting time is calculated through the waiting time formula, so that the time of the user arriving at the card-capturing end can be reflected, the current time is synthesized, and the card-capturing time of the user can be specifically arranged.
The collar card end is also configured with a collar card arrangement policy, and the collar card arrangement policy comprises: through the formula of limit value of collar card
Obtaining a collar card limit value J, and when J is smaller than or equal to the duration of a working time period, obtaining b at the moment, and setting b as e, wherein e is the number of collar card persons in the working time period; specifically, one working period is 60 minutes long, T 1 Set to 10 minutes, T 2 Set to 6.5 minutes, T 3 Set to 8.5 minutes, T 4 Set to 11.3 minutes, T 5 Setting the time to 6.2 minutes, obtaining a collar card limit value J to be 42.5 minutes, wherein the limit collar card value J is smaller than the duration of 60 minutes in a working time period, b is 5, and the number of collar cards in the working time period is 5;
card making data X 1 ~X e The corresponding user is set as P 1 ~P e The method comprises the steps of carrying out a first treatment on the surface of the Sending the card-capturing notification, the card-capturing code and the card-capturing time to the user through the client, when
Less than or equal to T e-1 When the time from starting to getting the card is less than or equal to the time from starting to getting the card, t' is the user P e-1 Is the point of time of getting the card, user P e The collar card time point of (2) is->
The method comprises the steps of carrying out a first treatment on the surface of the In the specific implementation process, the user P is obtained 1 Collar card waiting duration T 1 10 minutes, user P 2 Collar card waiting duration T 2 For 11 minutes, T' is set to 5 minutes, user P 1 The card capturing time point is 10:30; at this time, a->
For 6 minutes less than T 1 User P 2 The card capturing time point is 10:34;
when (when)
Greater than T e-1 When the latter user takes more time from starting to getting the card than the current user, user P e The collar card time point of (2) is->
The method comprises the steps of carrying out a first treatment on the surface of the In the specific implementation process, the user P is obtained 1 Collar card waiting duration T 1 10 minutes, user P 2 Collar card waiting duration T 2 For 17 minutes, T' is set to5 minutes, user P 1 The card capturing time point is 10:30; at this time, a->
For 12 minutes, greater than T 1 User P 1 The card capturing time point of the card capturing system is 10:30, and the user P 2 The card capturing time point of the card capturing machine is 10:32,
wherein when e is less than or equal to 1, T e-1 Fixed as T';
the card-making priority value sequencing can only determine the time sequence of the user getting the card, can not reflect the time from the address to the card-getting end and the spent time length of the user, if every other card-getting time point is informed to the user of the card-getting time and the card-getting end waiting time according to the card-making priority value sequencing, the situation that the card-getting end is crowded or idle for a long time caused by inconsistent spent time length on the road can occur, the time required from the departure to the card-getting of the next user is compared with the time required from the departure to the departure of the current user, and then the card-getting time point is calculated, so that the coincidence of the card-getting time of the front and the back people can be avoided;
the card-capturing end sends the card-capturing time point and the card-capturing code to the client before the card-capturing time period, and specifically the card-capturing code is randomly generated.
The card-capturing end is also configured with a card-capturing reminding strategy, and the card-capturing reminding strategy comprises: when the user does not get the card after the waiting time of getting the card for the first time, recording as one-time getting the card for default, and sending default information to the user, specifically, the default information is' loved user, hello! Since you do not get the card in the appointed time, this time the card is invalidated, we will send new card getting time to you before the next card getting time period, ask you to pay attention to the prompt, get the card in time, keep good credit-! Setting the second card-capturing time period as a preferable time period, acquiring a first travel address corresponding to the second card-capturing time period, and recalculating a card-capturing time point;
when the user does not get the card again after the waiting time of getting the card, recording as a secondary card getting violation, sending the violation information to the user, setting a third card getting time period as a preferred time period, acquiring a first program address corresponding to the third card getting time period, and re-obtaining a card getting time point;
when the user does not get the card after the third time exceeds the waiting time of getting the card, recording as three times of card getting violations, sending warning information to the user, and reacquiring the first card getting time period, the second card getting time period and the third card getting time period of the user.
The collar card end also comprises a collar card verification strategy, and the collar card verification strategy comprises: when the collar card person inputs the collar card code, the collar card verification information of the collar card person is obtained and compared with the user basic information, when the comparison is consistent, a card making instruction is output and a card is made, specifically, when the user makes a campus card, the required collar card verification information is image information, the image information of the collar card person is acquired on site to carry out facial recognition with the image information in the user basic information, after the recognition is passed, the user own collar card is judged, and the card making instruction is output.
Working principle: after collecting card making information of a user, a card making information processing unit analyzes and compares the card making information of the user, packages the card making information of the user into a card making task and sends the card making task to a card receiving end after the card making information of the user is compared, and the card receiving information processing unit firstly obtains card receiving time and card receiving default times of the user, calculates out a card making priority value of the user and sorts the card making priority value of the user; obtaining the distance between the user and the card capturing end, calculating to obtain the card capturing waiting time of the user, calculating the card capturing time point of the user according to the sorting of the card making priority values of the user and the card capturing waiting time of the user, and sending the card capturing time point and the card capturing code to the client; after the user arrives at the card receiving end, the card receiving code is input and the card receiving verification is completed, so that the card can be received; if the user does not finish the card capturing within the preset time, marking the card capturing as the default card capturing, and reacquiring the card capturing time point of the user, and arranging the card capturing time and the card capturing sequence of the user by analyzing and processing the schedule of the user, thereby reducing the queuing waiting time of the user.
It will be appreciated by those skilled in the art that embodiments of the present invention may be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media having computer-usable program code embodied therein. The storage medium may be implemented by any type or combination of volatile or nonvolatile Memory devices, such as static random access Memory (Static Random Access Memory, SRAM), electrically erasable Programmable Read-Only Memory (Electrically Erasable Programmable Read-Only Memory, EEPROM), erasable Programmable Read-Only Memory (Erasable Programmable Read Only Memory, EPROM), programmable Read-Only Memory (PROM), read-Only Memory (ROM), magnetic Memory, flash Memory, magnetic disk, or optical disk. These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
The above examples are only specific embodiments of the present invention, and are not intended to limit the scope of the present invention, but it should be understood by those skilled in the art that the present invention is not limited thereto, and that the present invention is described in detail with reference to the foregoing examples: any person skilled in the art may modify or easily conceive of the technical solution described in the foregoing embodiments, or perform equivalent substitution of some of the technical features, while remaining within the technical scope of the present disclosure; such modifications, changes or substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention, and are intended to be included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (6)
1. The full-self-service card-making and card-capturing integrated system based on the Internet of things is characterized by comprising a data acquisition end, a data processing end, a card-making end and a card-capturing end;
the data acquisition end comprises a card making information acquisition unit and a card capturing information acquisition unit, wherein the card making information acquisition unit is used for acquiring card making information, and the card making information comprises a user card making type, a user travel table and user basic information;
the collar card information acquisition unit is used for acquiring collar card information, and the collar card information comprises: the card-receiving time, the card-receiving default times and the card-receiving verification information of the user;
the data processing end comprises a card making information processing unit and a card capturing information processing unit, wherein the card making information processing unit is used for carrying out information comparison on card making information obtained by the data acquisition end, and after the information comparison is passed, the card making information data of a user are packed into an expansion data packet and are sent to the card making end;
the card-capturing information processing unit calculates the card-capturing time and the card-capturing default times of the user obtained by the data acquisition end to obtain card-capturing priority values, sequentially sorts the generated card-capturing according to the card-capturing priority values from small to large, and calculates the card-capturing time point according to the distance between the user and the card-capturing address;
the card-receiving end is used for sending a card-receiving code to a user and checking the identity of the card-receiving person, and when the card-receiving person inputs the card-receiving code and checks the identity, the card-making end makes a card and outputs the card;
the card-capturing information acquisition unit is configured with an idle time period statistical strategy, and the idle time period statistical strategy comprises: reading a daily schedule uploaded by a user, counting the interval duration between two schedules in the daily schedule of the user, and setting the interval duration as a preselected time period when the interval duration is greater than a first time threshold;
counting addresses of two strokes corresponding to each preselected time period, setting a departure address as a first stroke address, setting an arrival address as a second stroke address, calculating a card capturing end closest to the average distance between the first stroke address and the second stroke address, and setting the card capturing end as a card capturing address;
adding the required time length from the card-capturing address to the first travel address, the required time length from the card-capturing address to the second travel address and the safety time length to obtain the predicted time length of the card-capturing, and setting the preselected time length as the idle time length to calculate the time length from the card-capturing address to the addresses of the two travel destinations when the time length of the preselected time length is greater than the predicted time length of the card-capturing;
the card making information processing unit is configured with a card making arrangement strategy; the card making arrangement strategy comprises the following steps: the card-receiving end is provided with a plurality of working time periods, and a rest time period is arranged between each working time period; when receiving card making task X i Acquiring a preferred time period and judging a working time period in which the preferred time period is located;
when the preferred time period is within the current working time period, substituting the preferred time period and the card-capturing default times into a card-making priority formula:
obtaining a card making priority value; wherein M is set as a card making priority value; t is t 1 Setting a start time point of the preferred time period; t is set as a time point for calculating the card making priority value; l is the number of tie card violations; a is set as a time conversion coefficient;
sorting the card making priority values from large to small, and setting the card making task as Y according to the sorting b B is a positive integer;
the card-capturing information processing unit is configured with a waiting time statistical strategy, and the waiting time statistical strategy comprises the following steps: acquiring a first program address corresponding to a first card capturing time period; setting the distance between the card-capturing end and the first travel address of the user as z, and substituting the distance into a card-capturing waiting duration formula:
obtaining the waiting time of the collar card; wherein b is a positive integer; v is set to the average walking speed; t' is set as the waiting interval time; t (T) b Setting the waiting time of the collar card;
the collar card end is also configured with a collar card arrangement policy, and the collar card arrangement policy comprises: through the formula of limit value of collar card
Obtaining a collar card limit value J, and when J is smaller than or equal to the duration of a working time period, obtaining b at the moment, and setting b as e, wherein e is the number of collar card persons in the working time period;
card making data X 1 ~X e The corresponding user is set as P 1 ~P e The method comprises the steps of carrying out a first treatment on the surface of the When (when)
Less than or equal to T e-1 At the time, t' is user P e-1 Is the point of time of getting the card, user P e The collar card time point of (2) is->
；
When (when)
Greater than T e-1 At the time, user P e The collar card time point of (2) is->
The method comprises the steps of carrying out a first treatment on the surface of the Wherein when e is less than or equal to 1, T e-1 Fixed as T';
the card-capturing end sends the card-capturing time point and the card-capturing code to the client before the card-capturing time period.
2. The internet of things-based full-self-service card manufacturing and collar card integrated system according to claim 1, wherein the card manufacturing information processing unit is configured with a card manufacturing classification processing policy, the card manufacturing classification processing policy includes: the method comprises the steps of obtaining a user card making type by analyzing the user card making type, wherein the user card making type is provided with a basic information obtaining list;
and acquiring corresponding user basic information according to the basic information acquisition list.
3. The internet of things-based full-self-service card manufacturing and collar card integrated system according to claim 2, wherein the card manufacturing information processing unit is further configured with a card manufacturing task statistics policy, the card manufacturing task statistics policy includes: comparing the acquired user basic information with information in an information base;
outputting a re-recording signal to the client when the comparison results are inconsistent, and recording card making information again when the card making information acquisition unit acquires the re-recording signal;
when the comparison results are consistent, the acquired user information is respectively stored as an expansion data packet; correspondingly setting card making task X according to the input sequence of the extended data packet i I is a positive integer, and the card making task X i And encrypting and transmitting to the collar card end.
4. The internet of things-based full-self-service card manufacturing and card capturing integrated system according to claim 1, wherein the card capturing information collection unit is further configured with a card capturing period collection policy, the card capturing period collection policy includes: when a first number of idle time periods exist in the daily schedule of the user, setting the first number of idle time periods as selectable collar card time periods;
the method comprises the steps of sending a first number of card capturing time periods to a client, and setting the number of time periods selected by a user, wherein the number of time periods selected by the user is 3;
setting three card capturing time periods selected by a user as a first card capturing time period, a second card capturing time period and a third card capturing time period respectively; the current time period is earlier than the first card-capturing time period, the first card-capturing time period is earlier than the second card-capturing time period, and the second card-capturing time period is earlier than the third card-capturing time period;
the first pickup period is set as the preferred period.
5. The internet of things-based full-self-service card-making and card-capturing integrated system as claimed in claim 4, wherein the card-capturing end is further configured with a card-capturing reminding policy, the card-capturing reminding policy comprises: when the user does not get the card when the waiting time of the card getting exceeds the waiting time of the card getting for the first time, recording as one-time card getting violating, sending violating information to the user, setting a second card getting time period as a preferential time period, acquiring a first travel address corresponding to the second card getting time period, and re-obtaining a card getting time point;
when the user does not get the card again after the waiting time of getting the card, recording as a secondary card getting violation, sending the violation information to the user, setting a third card getting time period as a preferred time period, acquiring a first program address corresponding to the third card getting time period, and re-obtaining a card getting time point;
when the user does not get the card after the third time exceeds the waiting time of getting the card, recording as three times of card getting violations, sending warning information to the user, and reacquiring the first card getting time period, the second card getting time period and the third card getting time period of the user.
6. The internet of things-based full-self-service card-making collar card integrated system of claim 5, wherein the collar card end further comprises a collar card verification policy, the collar card verification policy comprises: when the card-capturing person inputs the card-capturing code, the card-capturing verification information of the card-capturing person is obtained and compared with the user basic information, and when the comparison is consistent, a card-making instruction is output and a card is made.
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| US20080102910A1 (en) * | 2000-12-12 | 2008-05-01 | Tyler Peppel | Electronic Trading Card |
| DE112015006545T5 (en) * | 2015-05-20 | 2018-02-15 | Bayerische Motoren Werke Aktiengesellschaft | Method and device for supporting the automatic organization on a drive of the user |
| CN109165758A (en) * | 2018-08-08 | 2019-01-08 | 平安科技（深圳）有限公司 | Loan face label reserving method, system, equipment and storage medium based on wechat |
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| CN111105545B (en) * | 2019-11-25 | 2022-11-08 | 南京奥拓电子科技有限公司 | Queuing method, system, client, device and server thereof |
| CN112365020B (en) * | 2020-11-10 | 2024-09-27 | 上海圆擎信息科技有限公司 | Intelligent logistics-based pickup analysis management system and method |
| CN112734185A (en) * | 2020-12-30 | 2021-04-30 | 中国人寿保险股份有限公司上海数据中心 | Intelligent queuing scheduling method |
| CN114792453A (en) * | 2022-04-06 | 2022-07-26 | 上海皓卡网络技术有限公司 | Method for realizing self-service instant card supplementing and replacing terminal of community |
| CN115331349A (en) * | 2022-08-11 | 2022-11-11 | 中国银行股份有限公司 | Queuing method and device for bank outlets |
| CN115511024A (en) * | 2022-10-25 | 2022-12-23 | 浪潮金融信息技术有限公司 | Multi-card-type instant card making method, system, equipment and medium |
| CN115564301A (en) * | 2022-11-01 | 2023-01-03 | 中国银行股份有限公司 | Activated card number prediction method and device and computer equipment |
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