CN115907739A - Mobile phone recycling business method based on intelligent detection machine - Google Patents
Mobile phone recycling business method based on intelligent detection machine Download PDFInfo
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Abstract
The invention relates to the technical field of mobile phone recovery, in particular to a mobile phone recovery business method based on an intelligent detection machine. Determining a service person who visits the same city according to a visiting place and visiting time, wherein the service person who visits the same city carries a tPAD detection instrument to visit the door according to preset time; the service personnel carry out on-site detection on the mobile phone of the user through the tPAD detection instrument to obtain detection information. According to the invention, through the steps of ordering on the internet by a user, reserving time to visit, carrying out machine visiting detection by a simply trained worker, carrying out professional detection on a core device, shooting the appearance of a mobile phone, sending the actual condition of the mobile phone to a mobile phone recycling merchant, carrying out real-time quotation by the mobile phone recycling merchant, carrying out whole-network price comparison, competing by the highest bidder, confirming the detection result and the quotation result of the mobile phone on site by the user, carrying out instant settlement without fund pre-authorization, posting the recycled mobile phone to the competing recycler in an instant manner, omitting an intermediate link, and having high recycling efficiency.
Description
Technical Field
The invention relates to the technical field of mobile phone recovery, in particular to a mobile phone recovery business method based on an intelligent detection machine.
Background
With the development of mobile internet, the upgrading speed of mobile phones is faster and faster, some people leave their old or second-hand mobile phones unused for the purpose of buying new mobile phones for use in order to experience the performance of new mobile phones, and various types of mobile phone recycling services appear in the market in order to fully recycle electronic equipment resources such as the old mobile phones, the second-hand mobile phones, and the like, for example: the method comprises the following steps of machine recycling of a physical store, manual detection mode of taking back the machine after evaluation, and mode of detecting a mobile phone by a box for going to the door.
With the rapid rise of electronic commerce, online shopping becomes a main shopping mode of many people, for the crowd, compared with the traditional mode of a physical store, the crowd can enjoy the rapidness and convenience of online shopping and delivery to home, if the mode of the physical store is only considered, the user is difficult to touch, if the user wants to serve the group of online shopping, the online service is realized, but the mainstream recycling detection machine has large mass, large volume and inconvenient carrying, and two mainstream modes exist in the market at present: firstly, after online evaluation, a merchant can be taken back to home to perform manual detection, and the form of settlement is performed after detection, although the convenience of home pickup service is realized, after the price evaluation, the merchant can be taken back to perform manual detection, the final price is confirmed by a user after a period of time, the recovery time is long, the recovery efficiency is low, once the price generates deviation, disputes are easy to generate, and the actual transaction rate is low; the other is a mode of using a box to detect a mobile phone, and the detection box has no UI interface, so that the detection time is long, the efficiency is low, and the detection is inaccurate.
Disclosure of Invention
The invention aims to provide a mobile phone recycling business method based on an intelligent detection machine, so as to solve the problems in the background technology.
In order to realize the purpose, the mobile phone recycling business method based on the intelligent detection machine comprises the following steps:
s1, determining user information for ordering and placing orders by an online platform, providing a service mode by the online platform according to user requirements, and determining a door-to-door place and door-to-door time by combining the user information;
s2, determining a service person who visits the same city according to the visiting place and the visiting time, wherein the service person who visits the same city carries a tPAD detection instrument to visit the door according to preset time;
s3, the service personnel carry out on-site detection on the user mobile phone through a tPAD detection instrument to obtain detection information;
s4, the online platform integrates the detection information to generate integrated detection information, the integrated detection information is sent to each recovery merchant, the recovery merchant quotes in real time on the online platform, and final recovery price information of the user mobile phone is determined;
s5, displaying and integrating the detection information and the final recycling price information to a user offline, determining whether the user has a recycling intention, if the user agrees to recycle, the service staff offline finishes the recycling price of the mobile phone, otherwise, the mobile phone of the user does not need to be recycled;
s6, the online platform of the recycling merchant performs pre-recharging, and after the mobile phone of the user is successfully recycled, the online platform automatically deducts the amount of money prestored by the recycling merchant;
s7, determining a reward payment mode, and determining a reward according to the reward payment mode after the mobile phone of the user is successfully recovered;
and S8, the recovery merchant verifies the recovered mobile phone information to obtain verification information, and the verification information is compared with the detection information.
As a further improvement of the technical solution, the method for determining user information in S1 includes the following steps:
s1.1, determining the service type required by a user and the parameters of a recycled mobile phone provided by the user;
s1.2, analyzing the parameters of the recovered mobile phone of the user, comparing the parameters with the parameters of the new mobile phone of the type of the recovered mobile phone of the on-line platform, and performing on-line pre-evaluation processing;
s1.3, determining address information provided by a user and the time for reserving to go to the door;
and S1.4, making a corresponding upper and lower door recovery reservation list according to the reserved time of door access.
As a further improvement of the technical solution, the method for determining the service personnel at the same city in S2 includes the following steps:
s2.1, matching channel points near the entrance address according to the entrance address information provided by the user;
s2.2, matching the online platform with the service personnel at the entrance of the same city, and carrying out tPAD (transportation platform identifier) through a channel point when the service personnel at the entrance of the same city are carried out;
and S2.3, carrying the tPAD to the home address provided by the user by the home service personnel in the same city.
As a further improvement of the technical solution, the method for channel point matching in S2.1 includes the following steps:
s2.1.1, determining each channel point near the entrance address;
s2.1.2, removing channel points exceeding the service scope of tPAD machine;
s2.1.3, calculating the distance from each of the remaining channel points to the upper gate address;
s2.1.4, sorting the distances from each channel point to the last address, and selecting the channel point with the shortest distance as a matched channel point.
As a further improvement of the technical solution, the matching method for the service personnel in the same city in S2.2 includes the following steps:
s2.2.1, according to the channel points successfully matched and the mobile phone parameter information recovered by the user, preparing a new phone for the user needing to be replaced by the old phone;
s2.2.2, delivering the new machine to the channel point, and then informing the user to reserve the time to visit;
s2.2.3 matches the visiting service personnel in the same city according to the scheduled visiting time of the user.
As a further improvement of the technical solution, the method for detecting the mobile phone of the user on site in S3 includes the following steps:
s3.1, extracting corresponding new phone information from the online platform in advance according to the phone information required to be recovered by the user;
s3.2, performing parameter detection on the mobile phone required to be recycled by the user through a tPAD detection instrument to obtain various information for evaluating the performance of the mobile phone;
and S3.3, carrying out step-by-step comparison on each piece of information for evaluating the performance of the mobile phone and the corresponding new phone parameters, and determining abnormal information and abnormal information values.
As a further improvement of the technical solution, the method for recycling the merchant' S offer in S4 includes the following steps:
s4.1, determining the recycling merchants on line of the current online platform, and sending the integrated detection information to each recycling merchant in real time;
s4.2, formulating unit time, wherein the quotation of the recovery merchant which is not quotated in the unit time is invalid;
and S4.3, selecting the highest price from the prices of all recycling merchants as the final recycling price of the user.
As a further improvement of the technical solution, the S6 recycling merchant online platform recharging method includes the following steps:
s6.1, determining the price of a new mobile phone according to the type of the mobile phone to be recycled;
s6.2, the recycling merchant charges the price of the corresponding new machine on the online platform in advance.
As a further improvement of the present technical solution, the S7 method for determining a reward payment mode includes the following steps:
s7.1, determining a detection time threshold value, and comparing the detection time with the detection time of actual service personnel;
and S7.2, paying according to the ratio of the recovered prices of the old machine when the detection time of the actual service personnel does not exceed the detection time threshold, and receiving the payment according to the detection time length of the mobile phone when the detection time of the actual service personnel exceeds the detection time threshold.
As a further improvement of the technical solution, the method for verifying and recovering the mobile phone information by the merchant S8 includes the following steps:
s8.1, adopting automatic machine checking equipment by a recycling merchant to check the machine;
s8.2, obtaining verification information through automatic assay machine equipment, and comparing the verification information with the detection information;
and S8.3, obtaining the difference between the verification information and the detection information, setting a difference threshold value, and when the difference between the verification information and the detection information exceeds the difference threshold value, sending an alarm by the automatic testing machine equipment, otherwise, indicating that the difference is within an allowable range.
Compared with the prior art, the invention has the beneficial effects that:
1. according to the mobile phone recycling business method based on the intelligent detection machine, a user places an order on the internet, reserves the time of going to the home, a worker who is simply trained carries a machine to carry out the detection of going to the home, carries out professional detection on a core device, shoots the appearance of a mobile phone, sends the actual condition of the mobile phone to a mobile phone recycling merchant, carries out real-time quotation on the mobile phone recycling merchant, compares prices on the whole network, bids by the highest bidder, confirms the detection result and the quotation result of the mobile phone on the spot of the user, settles accounts immediately without fund pre-authorization, mails the recycled mobile phone to the bidding merchant immediately, saves an intermediate link, and is high in recycling efficiency.
2. In the mobile phone recycling business method based on the intelligent detection machine, channel points close to the entrance address are determined, channel points exceeding the service scope of the tPAD machine are removed, namely channel points within 10km away from the entrance address are removed, then the distance from each residual channel point to the entrance address is calculated, the distances from the channel points to the entrance address are sorted, the channel point with the shortest distance is selected as a matching channel point, the matching efficiency is further improved, and unnecessary time spent by entrance service personnel in the same city is reduced.
3. According to the mobile phone recycling business method based on the intelligent detection machine, a new machine is prepared for a user needing to be changed into a new machine according to a channel point successfully matched with the new machine and mobile phone parameter information recovered by the user, the new machine is distributed to the channel point, after the new machine reaches the channel point, an online platform informs the user that the user can make a door-to-door time reservation, after the user determines the reserved door-to-door time, the online platform matches corresponding door-to-door service personnel in the same city according to the reserved door-to-door time and the service personnel in each position in the same city, the door-to-door service personnel in the same city perform tPAD (tPAD) mobile phone recycling detection and new machine distribution needing to be changed according to the reserved door-to-door time determined by the user, the new machine is delivered to the matched channel point in advance, accordingly, the goods source of the new machine in each matched channel point is ensured to be sufficient, and the number of round trip of the door-to-door service personnel in the same city is reduced.
Drawings
FIG. 1 is a general flow chart of the present invention;
FIG. 2 is a flow chart of a user information determination method of the present invention;
FIG. 3 is a flow chart of a method of determining attendees of the same city according to the present invention;
FIG. 4 is a flow chart of a channel point matching method of the present invention;
FIG. 5 is a flowchart of a matching method for visiting service personnel in the same city according to the present invention;
FIG. 6 is a flow chart of a method for on-site testing a user's handset in accordance with the present invention;
FIG. 7 is a flow chart of a method for recycling merchant offers in accordance with the present invention;
FIG. 8 is a flowchart of a method for recharging a platform of a merchant on-line for recovery in accordance with the present invention;
FIG. 9 is a flow chart of a method of determining a reward payment mode of the present invention;
FIG. 10 is a flowchart of a method for verifying and retrieving mobile phone information by a merchant according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
Example 1
Referring to fig. 1 to 10, the present embodiment aims to provide a method for recycling a mobile phone based on an intelligent detection machine, which includes the following steps:
s1, determining user information for ordering and placing orders by an online platform, providing a service mode by the online platform according to user requirements, and determining an entrance place and entrance time by combining the user information;
s2, determining a service person who visits the same city according to the visiting place and the visiting time, wherein the service person who visits the same city carries a tPAD detection instrument to visit the door according to preset time;
s3, the service personnel carry out on-site detection on the user mobile phone through a tPAD detection instrument to obtain detection information;
s4, the online platform integrates the detection information to generate integrated detection information, the integrated detection information is sent to each recovery merchant, the recovery merchant quotes in real time on the online platform, and final recovery price information of the user mobile phone is determined;
s5, displaying and integrating the detection information and the final recycling price information offline to a user, determining whether the user has a recycling intention, if the user agrees to recycle, the service staff offline finishes the recycling price of the mobile phone, otherwise, the mobile phone of the user does not need to be recycled;
s6, the recycling merchant performs pre-recharging on the online platform, and after the user mobile phone is successfully recycled, the online platform automatically deducts the amount of money pre-stored by the recycling merchant;
s7, determining a reward payment mode, and determining a reward according to the reward payment mode after the mobile phone of the user is successfully recovered;
and S8, the recovery merchant verifies the recovered mobile phone information to obtain verification information, and the verification information is compared with the detection information.
When the mobile phone recovering reservation ordering system is used specifically, firstly, a user carries out mobile phone recovering reservation ordering on an online platform, and determines a required service type (old to new or recovering service, old to new: purchasing a new machine and simultaneously recycling an old machine, a recycling service, namely, only going to the gate to recycle the old machine), simultaneously providing parameters of a mobile phone to be recycled to an online platform by a user, performing online evaluation on the parameters of the mobile phone to be recycled provided by the user by the online platform, judging whether the online evaluation meets the requirements of the user, if the user is not satisfied, the online platform does not need to go to the gate, if the user is satisfied, filling a home address and the recycling time of going to the gate, determining online service personnel (agent staff, channel staff, property staff, logistics express staff and the like) of the same city according to the home address and the recycling time provided by the user, carrying the online service of a tPAD detection instrument by the online service personnel of the same city according to preset time, detecting the mobile phone to be recycled by the same city online service personnel reaching a preset position according to the set time, determining the mobile phone information to be recycled, integrating the mobile phone information to be transmitted to the online platform, integrating the detection information of the online detection platform, integrating the mobile phone information to generate final detection information of the online detection platform, detecting whether the mobile phone information of the online recovery platform and the online detection information of the online detection platform, and the recovery service personnel, and the online detection of the recovery service of the mobile phone, and the final detection of the recycling of the integrated price of the user, if the user agrees to the recovery, the service personnel finishes the off-line collection of the mobile phone recovery price, otherwise, the user mobile phone does not need to be recovered, meanwhile, the online platform of the recovery merchant carries out pre-recharging, after the user mobile phone is successfully recovered, the online platform automatically deducts the amount of money prestored by the recovery merchant, and after the user mobile phone is successfully recovered, the online platform determines a reward payment mode (two modes of paying according to the proportion of the old machine recovery price and collecting service fee according to the mobile phone detection time length) and collects the reward under the corresponding reward payment mode.
The invention is suitable for various scenes, including a store scene, an internet entrance scene and a mobile entrance scene, a user makes an order on the internet, appoints entrance time, and a worker who is simply trained carries a machine to carry out entrance detection; the mobile phone recycler carries out real-time quotation, whole network price comparison and highest bid price competition; the user confirms the detection result and the quotation result of the mobile phone on site, and settles accounts immediately without fund pre-authorization and dispute accountability risk; the recovered mobile phone is instantly posted to a recovery trader who competes for, so that an intermediate link is omitted, and the recovery efficiency is high.
In addition, the user information determination method in S1 includes the steps of:
s1.1, determining the service type required by a user and the parameters of a recycled mobile phone provided by the user;
s1.2, analyzing the parameters of the recovered mobile phone of the user, comparing the parameters with the parameters of the new mobile phone of the type of the recovered mobile phone of the on-line platform, and performing on-line pre-evaluation processing;
s1.3, determining address information provided by a user and the time for reserving to go to the gate;
and S1.4, setting a corresponding upper and lower door recovery reservation list according to the time for reserving the upper door.
When the online platform is used specifically, firstly, the service type required by a user and the recovered mobile phone parameters provided by the user are determined, then the recovered mobile phone parameters of the user are analyzed and compared with the new mobile phone parameters of the recovered mobile phone type of the online platform, online pre-evaluation processing is carried out, when the user confirms that recovery is needed, the user needs to fill an online platform with an online platform address and select the online time, after the confirmation of the online address and the selection of the online time is completed, the online platform combines the online address and the selection of the online time to formulate a corresponding online and offline recovery reservation order, and the online and offline recovery reservation order is used as the basis for online recovery of the online service personnel in the later period.
Further, the method for determining the service personnel in the same city in S2 comprises the following steps:
s2.1, matching channel points near the entrance address according to the entrance address information provided by the user;
s2.2, matching the online platform with the service personnel at the entrance of the same city, and carrying out tPAD (transportation platform identifier) through a channel point when the service personnel at the entrance of the same city are carried out;
and S2.3, carrying the tPAD to the home address provided by the user by the home service personnel in the same city.
When the system is used specifically, firstly, the online platform matches channel points (tPAD and new machine storage points) near the visiting address according to the visiting address information provided by the user, then the online platform matches the same-city visiting service personnel, the same-city visiting service personnel passes through the channel points when visiting, and takes out and carries the tPAD and the new machine, then the same-city visiting service personnel carries the tPAD to the visiting address provided by the new machine user, meanwhile, one tPAD machine can serve the address within 10km of a square circle, the laying range is wide, the machine utilization rate is high, and the visiting speed is high.
Still further, the channel point matching method in the S2.1 comprises the following steps:
s2.1.1, determining each channel point near the entrance address;
s2.1.2 eliminating channel points exceeding the service scope of tPAD machine;
s2.1.3, calculating the distance from each of the remaining channel points to the upper gate address;
s2.1.4, sorting the distances from each channel point to the last address, and selecting the channel point with the shortest distance as a matched channel point.
Since a plurality of channel points exist around the portal address provided by the user, if a channel point is randomly determined to be the most final matched channel point, the selected matched channel point is easily the farthest channel point, and the portal service personnel in the same city needs to spend a large amount of time to finish the portal work, in the actual use process, each channel point near the portal address needs to be determined, channel points exceeding the service category of the tPAD machine are removed, namely channel points within 10km from the portal address, then the distance from each residual channel point to the portal address is calculated, the distances from each channel point to the portal address are sorted, the channel point with the shortest distance is selected as the matched channel point, the matching efficiency is further improved, and the unnecessary time spent by the portal service personnel in the same city is reduced.
Specifically, the matching method for the same-city visiting service personnel in the S2.2 comprises the following steps:
s2.2.1, according to the channel points successfully matched and the mobile phone parameter information recovered by the user, preparing a new machine for the user needing to exchange the old machine for the new machine;
s2.2.2, delivering the new machine to the channel point, and then informing the user to reserve the time to visit;
s2.2.3, matching the same city entrance service personnel according to the entrance time reserved by the user.
When the online platform is used, firstly, a new machine is prepared for a user needing to be replaced with an old machine according to a channel point successfully matched and mobile phone parameter information recovered by the user, the new machine is delivered to the channel point, after the new machine reaches the channel point, the online platform informs the user that the user can make a door-to-door time reservation, after the user determines the reserved door-to-door time, the online platform performs tPAD recovery mobile phone detection and new machine delivery needing to be replaced according to the reserved door-to-door time and service personnel at each position in the same city, so that the new machine is delivered to the matched channel point in advance, the sufficient supply of the new machine at each matched channel point is ensured, and the number of times of round trip of the service personnel at the same city is reduced.
In addition, the method for detecting the mobile phone of the user on site in the S3 comprises the following steps:
s3.1, extracting corresponding new phone information from an online platform in advance according to the mobile phone information required to be recovered by a user;
s3.2, performing parameter detection on the mobile phone which needs to be recovered by the user through a tPAD detection instrument to obtain various information for evaluating the performance of the mobile phone;
and S3.3, carrying out step-by-step comparison on each piece of information for evaluating the performance of the mobile phone and the corresponding new phone parameters, and determining abnormal information and abnormal information values.
When the mobile phone security management system is used, firstly, according to mobile phone information required to be recycled by a user, corresponding new phone information is extracted from an online platform, the online platform registers various new phone information in advance, then service personnel carry out field detection on the mobile phone of the user through a tPAD detection instrument to obtain various parameter information (model, serial number, purchase channel, color, ROM capacity and the like) of the mobile phone, core device functions (camera function, battery health condition, whether a mainboard is replaced or not, fingerprint function, facial recognition function, whether liquid crystal is replaced or not, touch function, call function, WIFI function and the like), security detection (whether data is removed or not, whether the mobile phone is lost or not), warranty condition detection and the like, and then, various information used for evaluating the performance of the mobile phone and the corresponding new phone parameters are subjected to step-by-step comparison to determine abnormal information and abnormal information values.
Further, the method for recycling the merchant offer in the step S4 includes the following steps:
s4.1, determining the recycling merchants on line of the current on-line platform, and sending the integrated detection information to each recycling merchant in real time;
s4.2, formulating unit time, wherein the quotation of the recovery merchant which is not quotated in the unit time is invalid;
and S4.3, selecting the highest price from the prices of all recycling merchants as the final recycling price of the user.
During the specific use, in the actual quotation process, a plurality of recovery merchants cooperating with the online platform cannot perform quotation feedback in the first time, a large amount of time is consumed for waiting for all recovery merchants to complete the quotation, at the moment, the recovery merchants on the online platform at present need to be determined, the integrated detection information is sent to all the recovery merchants in real time, the integrated detection information is received by the recovery merchants in the first time, unit time is formulated, the quotation of the recovery merchants which do not quote in unit time is invalid, and finally the highest quotation is selected from the quotations of all the recovery merchants as the final price of the recovery of the user, so that the recovery mobile phone of the user can be recovered at a high price, and the response time of the online platform can be saved.
Still further, the S6 recycling merchant online platform recharging method comprises the following steps:
s6.1, determining the price of a new mobile phone according to the type of the mobile phone to be recycled;
s6.2, the recycling merchant charges the price of the corresponding new machine on the online platform in advance.
When the mobile phone is used specifically, in the process of competing with different recovery merchants for quotation, a common mobile phone needing to be recovered is easily higher than the common price, but the probability cannot exceed the price of a new machine, in order to ensure the quotation and the recovery efficiency, the price of the new machine is determined according to the type of the mobile phone needing to be recovered, and the recovery merchant charges the price of the corresponding new machine on an online platform in advance so as to ensure that the balance of an online platform account can be charged after the successful quotation of the recovery merchant, thereby further improving the recovery efficiency of the mobile phone of a user.
In addition, the method for determining the reward payment mode of S7 includes the steps of:
s7.1, determining a detection time threshold value, and comparing the detection time with the detection time of actual service personnel;
and S7.2, paying according to the ratio of the recovered prices of the old machine when the detection time of the actual service personnel does not exceed the detection time threshold, and receiving the payment according to the detection time length of the mobile phone when the detection time of the actual service personnel exceeds the detection time threshold.
When the mobile phone detecting device is used specifically, because the information to be detected of the mobile phones of different models is different, and the time to be detected for damaging the mobile phones of different degrees is different, for example, many mobile phones to be recovered can generate a pause phenomenon, in the detecting process of a tPAD detecting instrument, data transmission is slow, the time to be consumed can be increased, if the reward is not adapted to the service personnel according to the same payment mode, the service personnel can easily omit the detection step in order to accelerate the detection time, so that the final pricing has errors, at the moment, the detection time threshold value needs to be determined and compared with the detection time of the actual service personnel, the reward is paid according to the recovery price proportion of the old machine if the reward is not exceeded by the detection time of the actual service personnel, when the detection time of the actual service personnel exceeds the detection time threshold value, the reward is collected according to the detection time length of the mobile phone, so that the service personnel can obtain the reward more reasonable reward.
In addition, the method for verifying and recovering the mobile phone information by the merchant S8 comprises the following steps:
s8.1, adopting automatic machine checking equipment by a recycling merchant to check the machine;
s8.2, obtaining verification information through automatic assay machine equipment, and comparing the verification information with the detection information;
and S8.3, obtaining the difference between the verification information and the detection information, setting a difference threshold value, and when the difference between the verification information and the detection information exceeds the difference threshold value, sending an alarm by the automatic testing machine equipment, otherwise, indicating that the difference is within an allowable range.
During the specific use, retrieve the trade company and receive the cell-phone after, the automatic machine of examining equipment that provides through the platform is tested the machine: print the two-dimensional code for every order through the backstage and paste the regional machine of waiting to be tested who puts into equipment on the cell-phone neatly and send into the cell-phone through the conveyer belt and test the quick-witted equipment and detect, after beginning to detect, equipment snatchs the cell-phone and sweeps a yard two-dimensional code through the manipulator, match the data line that corresponds and insert automatically behind the automatic brand and the model of judging the cell-phone, the equipment host computer is automatic for waiting to detect the app that cell-phone automatic installation detected, the installation is automatic to be opened and is begun to detect after accomplishing, list several detection items below:
and (3) touch: opening a touch grid page through app, and controlling a mechanical arm to perform touch detection on a screen to judge whether the screen is normal or not;
vibration: the app triggers vibration, and whether the physical vibration is triggered is detected through a sensor to judge whether the physical vibration is normal or not;
fingerprint: opening fingerprint input through app, and operating through a manipulator to judge whether the fingerprint input is normal;
and after a series of detections, uploading the results to the cloud and generating a machine-checking report, automatically comparing the report with the detection report recovered by the front end by the system, and automatically triggering an alarm if the difference is large.
The foregoing shows and describes the general principles, principal features, and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, and the preferred embodiments of the present invention are described in the above embodiments and the description, and are not intended to limit the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (10)
1. The mobile phone recycling business method based on the intelligent detection machine is characterized by comprising the following steps:
s1, determining user information for ordering and placing orders by an online platform, providing a service mode by the online platform according to user requirements, and determining a door-to-door place and door-to-door time by combining the user information;
s2, determining a service person who visits the same city according to the visiting place and the visiting time, wherein the service person who visits the same city carries a tPAD detection instrument to visit the door according to preset time;
s3, the service personnel carry out on-site detection on the user mobile phone through a tPAD detection instrument to obtain detection information;
s4, the online platform integrates the detection information to generate integrated detection information, the integrated detection information is sent to each recovery merchant, the recovery merchant quotes in real time on the online platform, and final recovery price information of the user mobile phone is determined;
s5, displaying and integrating the detection information and the final recycling price information offline to a user, determining whether the user has a recycling intention, if the user agrees to recycle, the service staff offline finishes the recycling price of the mobile phone, otherwise, the mobile phone of the user does not need to be recycled;
s6, the recycling merchant performs pre-recharging on the online platform, and after the user mobile phone is successfully recycled, the online platform automatically deducts the amount of money pre-stored by the recycling merchant;
s7, determining a reward payment mode, and determining a reward according to the reward payment mode after the mobile phone of the user is successfully recovered;
and S8, the recovery merchant verifies the recovered mobile phone information to obtain verification information, and the verification information is compared with the detection information.
2. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 1, wherein: the method for determining the user information in the S1 comprises the following steps:
s1.1, determining the service type required by a user and the parameters of a recycled mobile phone provided by the user;
s1.2, analyzing the parameters of the recovered mobile phone of the user, comparing the parameters with the parameters of the new mobile phone of the type of the recovered mobile phone of the on-line platform, and performing on-line pre-evaluation processing;
s1.3, determining address information provided by a user and the time for reserving to go to the gate;
and S1.4, making a corresponding upper and lower door recovery reservation list according to the reserved time of door access.
3. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 1, wherein: the method for determining the service personnel at the same city in the S2 comprises the following steps:
s2.1, matching channel points near the entrance address according to the entrance address information provided by the user;
s2.2, matching the online platform with the service personnel at the entrance of the same city, and carrying out tPAD (transportation platform identifier) through a channel point when the service personnel at the entrance of the same city are carried out;
and S2.3, carrying the tPAD to the home address provided by the user by the home service personnel in the same city.
4. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 3, wherein: the channel point matching method in the S2.1 comprises the following steps:
s2.1.1, determining each channel point near the entrance address;
s2.1.2, removing channel points exceeding the service scope of tPAD machine;
s2.1.3, calculating the distance from each of the remaining channel points to the upper gate address;
s2.1.4, sorting the distances from each channel point to the upper address, and selecting the channel point with the shortest distance as a matching channel point.
5. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 3, wherein: the matching method for the service personnel at the same city in the S2.2 comprises the following steps:
s2.2.1, according to the channel points successfully matched and the mobile phone parameter information recovered by the user, preparing a new machine for the user needing to exchange the old machine for the new machine;
s2.2.2, delivering the new machine to a channel point, and then informing a user to reserve the time to go to the gate;
s2.2.3 matches the visiting service personnel in the same city according to the scheduled visiting time of the user.
6. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 1, wherein: the method for detecting the mobile phone of the user on site in the S3 comprises the following steps:
s3.1, extracting corresponding new phone information from the online platform in advance according to the phone information required to be recovered by the user;
s3.2, performing parameter detection on the mobile phone which needs to be recovered by the user through a tPAD detection instrument to obtain various information for evaluating the performance of the mobile phone;
and S3.3, carrying out step-by-step comparison on each piece of information for evaluating the performance of the mobile phone and the corresponding new phone parameters, and determining abnormal information and abnormal information values.
7. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 1, wherein: the method for recycling the merchant quotation in the S4 comprises the following steps:
s4.1, determining the recycling merchants on line of the current on-line platform, and sending the integrated detection information to each recycling merchant in real time;
s4.2, formulating unit time, wherein the quotation of the recovery merchant which is not quotated in the unit time is invalid;
and S4.3, selecting the highest price from the prices of all recycling merchants as the final recycling price of the user.
8. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 1, wherein: the S6 recycling merchant online platform recharging method comprises the following steps:
s6.1, determining the price of a new mobile phone according to the type of the mobile phone to be recycled;
s6.2, the recycling merchant charges the price of the corresponding new machine on the online platform in advance.
9. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 1, wherein: the method for determining the reward payment mode of S7 includes the following steps:
s7.1, determining a detection time threshold value, and comparing the detection time threshold value with the detection time of actual service personnel;
and S7.2, paying according to the ratio of the recovered prices of the old machine when the detection time of the actual service personnel does not exceed the detection time threshold, and receiving the payment according to the detection time length of the mobile phone when the detection time of the actual service personnel exceeds the detection time threshold.
10. The mobile phone recycling business method based on the intelligent detection machine as claimed in claim 1, wherein: the S8 merchant verification and mobile phone information recovery method comprises the following steps:
s8.1, adopting automatic machine checking equipment by a recycling merchant to check the machine;
s8.2, obtaining verification information through automatic assay machine equipment, and comparing the verification information with the detection information;
and S8.3, obtaining the difference between the verification information and the detection information, setting a difference threshold value, and when the difference between the verification information and the detection information exceeds the difference threshold value, sending an alarm by the automatic testing machine equipment, otherwise, indicating that the difference is within an allowable range.
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