CN116205548A - Cloud logistics management method for updating cargo state in real time - Google Patents

Cloud logistics management method for updating cargo state in real time Download PDF

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CN116205548A
CN116205548A CN202211701606.9A CN202211701606A CN116205548A CN 116205548 A CN116205548 A CN 116205548A CN 202211701606 A CN202211701606 A CN 202211701606A CN 116205548 A CN116205548 A CN 116205548A
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王晶
邵漠宇
唐攀
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Xian Jiaotong University
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Abstract

The invention provides a cloud logistics management method for updating cargo states in real time, and relates to the technical field of logistics management. The cloud logistics management method for updating the cargo state in real time comprises a login module; the logistics information inquiry module is used for carrying out cloud management on the information, and the goods management module is connected with the output end of the logistics information inquiry module; the goods change application module is used for applying for goods change and is used for carrying out system numbering's commodity classification number subsides mark to goods commodity, commodity classification number subsides mark output is connected with and sweeps the sign indicating number and input information to the label. According to the cloud logistics management method for updating the cargo state in real time, the detection data is stored through the detection information storage module, the data is processed and uploaded by the data processing module, and finally the data is uploaded to the cloud management, so that the data is convenient to disclose, the user can inquire conveniently, and the client can know the cargo state.

Description

Cloud logistics management method for updating cargo state in real time
Technical Field
The invention relates to a logistics management method, in particular to a cloud logistics management method for updating goods states in real time, and belongs to the technical field of logistics management.
Background
With the rapid development of social economy, the logistics management system attracts more attention, and can help enterprises to obtain competitive advantages, reduce stock and accelerate fund turnover. About 80% of information in a logistics management system is related to the spatial position of goods, and almost all information related to transportation, storage, distribution and the like is directly related to the static or dynamic spatial position of goods, and obviously, when the logistics information is processed, the traditional logistics management information system is difficult to be qualified, and the information system capable of simultaneously managing the spatial information and the non-spatial information is necessary to realize the spatial analysis and the spatial simulation functions necessary for the logistics management field, so that the logistics management system based on the spatial information technology has become a research hot spot.
In the medical material distribution management under the current epidemic situation, if a medical institution needs to supplement and purchase medical materials, a required medical material demand list is usually listed, then the medical material demand list is provided for a medical material supplier, then the medical material supplier finds all required medical materials in a medical material warehouse thereof according to the medical material demand list, and finally a medical material exclusive distribution vehicle is arranged to distribute the medical materials to the medical institution.
However, the existing medical material distribution management scheme also has the defects that: once medical supplies are loaded from a medical supply warehouse to a medical supply exclusive delivery vehicle and delivered, a medical supply supplier serving as a medical supply supplier cannot timely grasp the status of all delivered medical supplies during delivery. Moreover, once the medical material is lost, the occurrence time and the occurrence position of the loss cannot be known timely, which brings a plurality of disadvantages to the medical material distribution management.
Disclosure of Invention
(one) solving the technical problems
The invention aims to provide a cloud logistics management method for updating cargo states in real time to solve the problem that in the prior art, medical materials are loaded from a medical material warehouse to a medical material exclusive delivery vehicle and delivered, and a medical material supplier serving as a medical material provider cannot timely master the state of all delivered medical materials in the delivery process. Moreover, once the medical material is lost, the occurrence time and the occurrence position of the loss cannot be known timely, and a plurality of adverse problems are caused to the medical material distribution management.
(II) technical scheme
In order to achieve the above purpose, the invention is realized by the following technical scheme: the cloud logistics management method for updating the cargo state in real time comprises the following steps:
a login module for user or merchant login;
the logistics information inquiry module is used for checking logistics information content and is connected with the output end of the login module;
the cloud management is used for carrying out cloud processing on the information and is connected with the output end of the logistics information query module;
the goods management module is used for managing goods and is connected with the output end of the logistics information inquiry module;
the goods change application module is used for applying for goods change and is connected with the output end of the goods management module;
the commodity classification number labeling device is used for labeling commodity classification numbers for carrying out system numbering on goods, a commodity classification number labeling output end is connected with information for carrying out code scanning and inputting on a label, the information output end for carrying out code scanning and inputting on the label is connected with information for carrying out matching on the input information, and the input information is matched with commodity information in a cloud platform.
Preferably, the output end of the matching input information and commodity information in the cloud platform is connected with a logistics vehicle for loading the commodity, the logistics vehicle is connected with a starting vehicle GPS positioning for monitoring the position of the commodity in real time, the starting vehicle GPS positioning output end is connected with a logistics image feedback module for feeding back logistics images, the output end of the logistics image feedback module is connected with a detection information processing module for detecting and processing the information, the output end of the detection information processing module is connected with a detection information storage module for storing the detection information, the output end of the detection information processing module and the output end of the detection information storage module are connected with a data processing module for processing the detection data, the output end of the data processing module is connected with a cloud management, the commodity is labeled with a classification label through a commodity classification number label, the logistics vehicle is enabled to load the commodity with the commodity by the logistics image feedback module through scanning the code input information, the vehicle is enabled to monitor the position of the vehicle in real time through matching the input information and the commodity image feedback module, the detection information is enabled to be enabled to pass through the logistics image feedback module for processing the detection information, the detection information storage module is enabled to be enabled to pass through the logistics image feedback module for processing the data processing module, and finally, the data is processed and stored by the detection information processing module is enabled to pass through the detection information processing module.
Preferably, the login module comprises an operation port, an output end of the operation port is connected with an account password login and portrait identification, an identity information reading module is connected with the account password login and portrait identification output end, the personal account is logged in through the login module, the login module sends out a signal to the logistics information inquiry module, goods information can be inquired through the logistics information inquiry module, and when the account is logged in, the account password login or portrait identification is sent out through the operation port, and signals can be sent out to the identity information reading module from two modes.
Preferably, the output end of the identity information reading module is connected with a verification module, the output end of the verification module is connected with an account verification unit and a portrait verification unit, the output ends of the account verification unit and the portrait verification unit are connected with background verification information, the identity information reading module sends out signals to the verification module, the verification module sends out signals to the account verification unit or the portrait verification unit, the uploaded data are verified, and then the background verification information sends out signals, so that the background verification information compares the background data.
Preferably, the background verification information output end is connected with authentication success and authentication failure, the authentication success output end is connected with an authentication transmission module, the authentication transmission module output end is connected with login success, when the comparison is correct, the authentication success is signaled, if the comparison is incorrect, the authentication failure is signaled, the authentication success is signaled to the authentication transmission module, the authentication structure is transmitted, thereby signaling the login success, the authentication failure output end is connected with cancellation authentication and repeated authentication, when the authentication failure is in the authentication failure, the authentication can be finished through cancellation authentication, or the authentication can be carried out again through repeated authentication, so that the repeated authentication is signaled to the authentication success, and the identity authentication is continued.
Preferably, the logistics information query module includes an order list module, an order type, an order name, an order state, an order price, an order description, a release time, a payment time, an order receiving time, a delivery time, an order number, a patient to whom the order belongs, a payment mode, a payment state, and the like, selects and inputs information such as the order number, the order name, the patient to whom the order belongs, the payment mode, the payment state, and the like, and automatically generates a corresponding image order list, wherein the image order list includes attributes such as the order number, a patient identification, the order name, a requirement description, an order price, the payment mode, the payment state, the image type, an inspection part, an image total number, an operation, and the like.
Preferably, the output end of the logistics information inquiry module is connected with a money management module, and the money management module comprises a prepayment unit, a arrearage unit, a refund unit and a borrowing unit, so that various money information can be displayed, and inquiry is facilitated.
Preferably, the cargo management module comprises a project audit, wherein the project audit output end is connected with application approval, and the application approval output end is connected with application rejection.
Preferably, the goods change application module comprises a submitting application, a reapplication and an application cancellation, wherein the application refusal output end is connected with the reapplication and the application cancellation, the reapplication output end is connected with the submitting application, and the submitting application output end is connected with the project audit.
Preferably, the logistics image feedback module comprises an image uploading unit, an image extracting unit and a gallery storage unit, wherein the gallery storage unit is connected with the output end of the image uploading unit, and the image extracting unit is connected with the output end of the gallery storage unit.
Registering after a new user enters the platform: after the user inputs the mobile phone number and the newly set password, clicking a sending button, sending a short message verification code into the mobile phone short message, performing background verification after the user is registered, enabling an administrator to verify that the user is a platform user, notifying the user that the user does not pass the short message and opens a platform popup window, notifying the user of the short message after verification and verification pass, and logging in after the old user enters the platform: the user inputs the mobile phone number and the password which are set, firstly judges whether the account is registered or not, then judges whether the account is checked successfully, can log in after verification is passed, and does not pass the prompt: the mobile phone number or the password is input incorrectly. The user clicks the forgotten password to reset a new password, the user inputs a mobile phone number to send a short message, the logic is consistent with the logic of registering and sending the verification code, the new password can be input, the user changes the password into the new password after clicking the confirmation, and the user jumps into a login page to log in the mobile phone number and the new password. Screening patient numbers: screening and inquiring accurate patient numbers according to the patient numbers, displaying the patient list, and screening patient names: and searching accurate patient names according to patient name screening, and displaying the patient list.
The user clicks the forgotten password to reset a new password, the user inputs a mobile phone number to send a short message, the logic is consistent with the logic of registering and sending the verification code, the new password can be input, the user changes the password into the new password after clicking the confirmation, and the user jumps into a login page to log in the mobile phone number and the new password.
The patient scans the two-dimension code in the public number to obtain the personal number, and the doctor newly adds the patient number, the patient name, the date of birth of the patient and the sex of the patient and clicks and determines the patient to produce patient information;
screening patient numbers: screening according to patient numbers, inquiring accurate patient numbers, displaying the patient list, and screening patient names: and screening according to the patient name, inquiring the accurate patient name, displaying the patient list, or inquiring through the mobile phone number and the identity card number.
Generating an order: and after clicking the order release button, popping up an order release page, inputting an order name, an order price, a demand description, uploading an image, uploading a medical report, clicking for confirmation, and jumping to a payment page. If so, prompting that the order generation is successful, automatically adding a piece of patient information and adding an order data at the engineering end, and if not, prompting that the order generation is failed, and prompting that the order generation is failed.
The invention provides a cloud logistics management method for updating cargo states in real time, which has the following beneficial effects:
1. according to the cloud logistics management method capable of updating the goods state in real time, the goods are labeled by using a labeling machine through goods classification numbers, the labels are input into a system through code scanning input information on the labels, the input information is matched with goods information in a cloud platform, a logistics vehicle is enabled to load goods into the logistics vehicle, GPS positioning of the starting vehicle is enabled to monitor the vehicle position in real time, the vehicle position information is converted into image feedback through a logistics image feedback module, the feedback information is processed through a detection information processing module, detection data is stored through a detection information storage module, the data is processed and uploaded through a data processing module, and finally the data is uploaded to cloud management, so that the data disclosure is facilitated.
2. According to the cloud logistics management method for updating the goods state in real time, a personal account is logged in through a login module, the login module sends out a signal to a logistics information inquiry module, goods information can be inquired through the logistics information inquiry module, when the account is logged in, an account password is logged in or a figure is identified through an operation port to send out a signal, an identity information reading module can be signaled in two modes, and the identity information reading module sends out a signal to a verification module, the verification module sends out a signal to an account verification unit or a figure verification unit to verify uploading data, then the background verification information is signaled, so that the background verification information is compared with the background data, when the comparison is correct, the verification is successfully signaled, if the comparison is incorrect, the verification is signaled, the verification is successful, a signal is signaled to an authentication transmission module, and the authentication structure is transmitted, so that the login is signaled successfully, when the authentication is unsuccessful, the authentication is finished through cancellation of the authentication, or the repeated authentication is repeated, the authentication is signaled successfully, and the identity authentication is continued.
3. According to the cloud logistics management method for updating the goods state in real time, the corresponding image order list is automatically generated by selecting and inputting information such as order numbers, order names, affiliated patients, payment modes, payment states and the like, and the image order list comprises the order numbers, patient identifications, order names, demand descriptions, order prices, payment modes, payment states, image types, inspection positions, image total numbers, operation and other attributes, so that the user can conveniently inquire.
4. According to the cloud logistics management method for updating the cargo state in real time, the image is uploaded through the image uploading unit, the image uploading unit sends out signals to the gallery storage unit so as to store the image, and the image extracting unit sends out signals to the image extracting unit so as to extract the image, so that a customer can know the cargo state.
5. According to the cloud logistics management method for updating the goods state in real time, the logistics information inquiry module sends out signals to the money management module, so that the money management module inquires the prepayment unit, the arrearing unit, the repayment unit and the borrowing unit, various money information is displayed, the inquiry is convenient, the examination and approval of the project are sent out through submitting the application, the examination and approval personnel approves the application to send out the signals if the examination and approval are passed, the application is refused to send out the signals if the examination and approval are not passed, and when the application is required to be applied again, the signals are sent out to the repayment, the repayment is sent out to the submitting application, and the examination and approval is carried out again, or the application is cancelled through the application.
Drawings
FIG. 1 is a schematic diagram of the overall structure of the present invention;
FIG. 2 is a schematic diagram of a login module according to the present invention;
FIG. 3 is a schematic diagram of a material information query module according to the present invention;
FIG. 4 is a schematic diagram of a money management module according to the present invention.
FIG. 5 is a flow chart of the cargo management module and cargo change application module of the present invention;
FIG. 6 is a schematic diagram of a cargo management module according to the present invention;
FIG. 7 is a schematic diagram of a cargo change application module according to the present invention;
FIG. 8 is a schematic diagram of a logistic image feedback module according to the present invention;
FIG. 9 is a schematic diagram of the login procedure of the present invention.
In the figure: 1. a login module; 101. an operation port; 102. logging in an account number and a password; 103. human image identification; 104. an identity information reading module; 105. a verification module; 106. an account verification unit; 107. a portrait verification unit; 108. background verification information; 109. authentication is successful; 110. authentication fails; 111. an authentication transmission module; 1101. canceling authentication; 1102. repeating authentication; 112. the login is successful; 2. a logistics information inquiry module; 201. an order list module; 202. order type; 203. order name; 204. an order status; 205. order price; 206. order description; 207. the release time; 208. payment time; 209. receiving a bill; 210. delivery time; 211. order number; 212. a patient to whom the patient belongs; 213. a payment means; 214. a payment status; 3. cloud management; 4. a money management module; 401. a prepayment unit; 402. a arrearage unit; 403. a money return unit; 404. a borrowing unit; 5. a cargo management module; 501. checking the project; 502. application approval; 503. applying for rejection; 6. a cargo change application module; 601. submitting an application; 602. re-applying; 603. application cancellation; 7. labeling commodity classification numbers; 8. the label is scanned for code input information; 9. matching the input information with commodity information in the cloud platform; 10. the commodity is loaded by the logistics vehicle; 11. starting GPS positioning of a vehicle; 12. a logistics image feedback module; 1201. an image uploading unit; 1202. an image extraction unit; 1203. a gallery storage unit; 13. a detection information processing module; 14. a detection information storage module; 15. and a data processing module.
Detailed Description
The embodiment of the invention provides a cloud logistics management method for updating cargo states in real time.
Referring to fig. 1, 2, 3 and 4, a login module 1 for user or merchant login is included;
the logistics information inquiry module 2 is used for checking logistics information content, and the logistics information inquiry module 2 is connected with the output end of the login module 1;
the cloud management 3 is used for carrying out cloud processing on the information, and the cloud management 3 is connected with the output end of the logistics information query module 2;
the goods management module 5 is used for managing goods, and the goods management module 5 is connected with the output end of the logistics information inquiry module 2;
the goods change application module 6 is used for applying for changing the goods, and the goods change application module 6 is connected with the output end of the goods management module 5;
the commodity classification number labeling 7 for carrying out system numbering on goods is connected with the output end of the commodity classification number labeling 7, the label is used for carrying out code scanning and inputting information 8 to the label which is used for inputting the label information, and the output end of the label code scanning and inputting information 8 is connected with 9 which is used for matching the inputting information and carrying out matching on the inputting information and the commodity information in the cloud platform.
The commodity loading system comprises a cloud platform, a commodity loading system and a cloud management system, wherein the commodity loading system is characterized in that the commodity loading system is used for loading input information into the cloud platform, the commodity loading system is used for loading commodity 10 through a logistics vehicle, the commodity loading system is used for loading commodity 10 through the logistics vehicle, the GPS positioning system is used for monitoring the position of the vehicle in real time 11 through the commodity loading system, the GPS positioning system is used for starting the GPS positioning system, the logistics image feedback module 12 is used for feeding back logistics images, the detection information processing module 13 used for detecting and processing the information is connected to the output end of the logistics image feedback module 12, the detection information storage module 14 used for storing the detection information is connected to the output end of the detection information processing module 13, the data processing module 15 used for processing the detection data is connected to the cloud management system 3 through the output end of the detection information processing module 13.
The login module 1 comprises an operation port 101, an account password login 102 and a portrait identification 103 are connected to the output end of the operation port 101, and an identity information reading module 104 is connected to the output ends of the account password login 102 and the portrait identification 103.
The output end of the identity information reading module 104 is connected with a verification module 105, the output end of the verification module 105 is connected with an account verification unit 106 and a portrait verification unit 107, and the output ends of the account verification unit 106 and the portrait verification unit 107 are connected with background verification information 108.
The output end of the background verification information 108 is connected with an authentication success 109 and an authentication failure 110, the output end of the authentication success 109 is connected with an authentication transmission module 111, the output end of the authentication transmission module 111 is connected with a login success 112, and the output end of the authentication failure 110 is connected with a cancel authentication 1101 and a repeat authentication 1102.
The logistics information inquiry module 2 includes an order listing module 201, an order type 202, an order name 203, an order status 204, an order price 205, an order description 206, a release time 207, a payment time 208, an order taking time 209, and a delivery time 210.
The logistics image feedback module 12 comprises an image uploading unit 1201, an image extraction unit 1202 and a gallery storage unit 1203, wherein the gallery storage unit 1203 is connected with the output end of the image uploading unit 1201, and the image extraction unit 1202 is connected with the output end of the gallery storage unit 1203.
Specifically, the commodity is labeled by using a labeling machine through the commodity classification number labeling 7, the label is input into the system through the code scanning input information 8 to the label, the input information is matched with the commodity information in the cloud platform through the label input system 9, then the commodity loading 10 is carried out by the logistics vehicle, the vehicle position is monitored in real time through the GPS positioning 11 of the starting vehicle, the vehicle position information is converted into image feedback through the logistics image feedback module 12, the feedback information is processed through the detection information processing module 13, the detection data is stored through the detection information storage module 14, the data is processed and uploaded through the data processing module 15, and finally the data is uploaded to the cloud management 3.
The personal account number is logged in through the login module 1, the login module 1 sends out a signal to the logistics information inquiry module 2, and can inquire goods information through the logistics information inquiry module 2, when the account number is logged in, the account number password login 102 or the portrait identification 103 is sent out through the operation port 101, the identity information reading module 104 can be sent out in two modes, the identity information reading module 104 sends out a signal to the verification module 105, the verification module 105 sends out a signal to the account number verification unit 106 or the portrait verification unit 107, the uploading data is verified, then the background verification information 108 is sent out, so that the background verification information 108 compares the background data, when the comparison is correct, the authentication success 109 is sent out, if the comparison is wrong, the authentication failure 110 is sent out, the authentication success 109 sends out a signal to the authentication transmission module 111, the authentication structure is transmitted, and thus the login success 112 is sent out.
If the authentication fails 110, the authentication may be ended by canceling the authentication 1101 or the authentication may be performed again by repeating the authentication 1102, so that the repeated authentication 1102 signals the authentication success 109 and the authentication may be continued.
Registering after a new user enters the platform: after the user inputs the mobile phone number and the 6-8 bit password English+number of the newly set password, clicking a sending button, sending a short message verification code into the mobile phone short message, performing background verification after the user is registered, enabling an administrator to be a platform user after the verification is passed, enabling the user to be notified of the fact that the verification is not passed through the short message and opening a platform popup window, enabling the user to be notified of the short message after verification and verification is passed, and enabling the old user to log in after entering the platform: the user inputs the mobile phone number and the password which are set, firstly judges whether the account is registered or not, then judges whether the account is checked successfully, can log in after verification is passed, and does not pass the prompt: the mobile phone number or the password is input incorrectly. The user clicks the forgotten password to reset a new password, the user inputs a mobile phone number to send a short message, the logic is consistent with the logic of registering and sending the verification code, the new password can be input, the user changes the password into the new password after clicking the confirmation, and the user jumps into a login page to log in the mobile phone number and the new password. Screening patient numbers: screening and inquiring accurate patient numbers according to the patient numbers, displaying the patient list, and screening patient names: and searching accurate patient names according to patient name screening, and displaying the patient list.
The user clicks the forgotten password to reset a new password, the user inputs a mobile phone number to send a short message, the logic is consistent with the logic of registering and sending the verification code, the new password can be input, the user changes the password into the new password after clicking the confirmation, and the user jumps into a login page to log in the mobile phone number and the new password.
The patient scans the two-dimension code in the public number to obtain the personal number, the doctor adds the patient number uniqueness to the patient, if the added number is consistent, the patient is prompted to exist, the name of the patient, the birth date of the patient and the sex of the patient, and then clicks and determines the patient to produce patient information;
screening patient numbers: screening according to patient numbers, inquiring accurate patient numbers, displaying the patient list, and screening patient names: and screening according to the patient name, inquiring the accurate patient name, displaying the patient list, or inquiring through the mobile phone number and the identity card number.
Generating an order: after clicking the order release button, a release order page is popped up, an order name 203 list box, an order price 205 number, a demand description, an uploading image, a medical report uploading click confirmation are input, and the order is directly generated if the price is 0 after jumping to a payment page. If so, prompting that the order generation is successful, automatically adding a piece of patient information and adding an order data at the engineering end, and if not, prompting that the order generation is failed, and prompting that the order generation is failed.
The order listing module 201, order type 202, order name 203, order status 204, order price 205, order description 206, issue time 207, payment time 208, order receiving time 209, delivery time 210, order number 211, belonging patient 212, payment method 213, and payment status 214 can be queried by the logistics information query module 2.
Information such as order number 211, order name 203, affiliated patient 212, payment mode 213, payment state 214 and the like is selected and input, and a corresponding image order list is automatically generated, wherein the image order list comprises the order number 211, patient identification, order name 203, requirement description, order price 205, payment mode 213, payment state 214, image type, examination part, total number of images, operation and other attributes.
The image is uploaded by the image uploading unit 1201, the image uploading unit 1201 sends out a signal to the gallery storing unit 1203 to store the image, and the image extracting unit 1202 sends out a signal to extract the image by the gallery storing unit 1203 to make the customer know the cargo state.
Referring again to fig. 1, 2, 3 and 4, the money management module 4 includes a prepayment unit 401, a arrearage unit 402, a refund unit 403 and a borrowing unit 404.
The cargo management module 5 comprises an item audit 501, wherein an application approval 502 is connected to the output end of the item audit 501, and an application rejection 503 is connected to the output end of the application approval 502.
The goods change application module 6 comprises a submitted application 601, a reapplication 602 and an application cancellation 603, wherein the output end of the application rejection 503 is connected with the reapplication 602 and the application cancellation 603, the output end of the reapplication 602 is connected with the submitted application 601, and the output end of the submitted application 601 is connected with the project audit 501.
Specifically, the logistic information inquiry module 2 sends out a signal to the money management module 4, so that the money management module 4 inquires the prepayment unit 401, the arrearage unit 402, the refund unit 403 and the borrowing unit 404, which is favorable for displaying various money information and is convenient for inquiry.
The project audit 501 is signaled through the submitted application 601, so that an auditor examines and approves the project audit 501, if the examination and approval passes, the application approval 502 is signaled, if the examination and approval does not pass, the application rejection 503 is signaled, when the application is required to be applied again, the re-application 602 is signaled to the submitted application 601, and the examination and approval is entered again, or the application is relieved through the application cancellation 603.

Claims (10)

1. The cloud logistics management method for updating the cargo state in real time is characterized by comprising the following steps of: comprising the following steps:
a login module (1) for user or merchant login;
the logistics information inquiry module (2) is used for checking logistics information content, and the logistics information inquiry module (2) is connected with the output end of the login module (1);
the cloud management (3) is used for carrying out cloud processing on the information, and the cloud management (3) is connected with the output end of the logistics information query module (2);
the goods management module (5) is used for managing goods, and the goods management module (5) is connected with the output end of the logistics information inquiry module (2);
the goods change application module (6) is used for applying for goods change, and the goods change application module (6) is connected with the output end of the goods management module (5);
the commodity classifying and numbering labeling device is used for carrying out systematic numbering on goods and commodities, the commodity classifying and numbering labeling device is characterized in that a commodity classifying and numbering labeling device (7) used for carrying out systematic numbering on the goods and commodities is connected with a label scanning and inputting information (8) used for inputting label information, and a label scanning and inputting information (8) output end is connected with a commodity information matching device (9) used for matching the inputting information with the commodity information in the cloud platform.
2. The cloud logistics management method of claim 1, wherein: the commodity loading system is characterized in that a commodity loading (10) is carried out by a commodity vehicle by connecting input information with commodity information in a cloud platform (9) output end, the commodity loading (10) output end is connected with a starting vehicle GPS (global positioning system) positioning (11) for carrying out real-time monitoring on the position of the vehicle by the commodity vehicle, a logistics image feedback module (12) for feeding back logistics images is connected with the output end of the starting vehicle GPS positioning (11), a detection information processing module (13) for detecting and processing information is connected with the output end of the logistics image feedback module (12), a detection information storage module (14) for storing detection information is connected with the output end of the detection information processing module (13), a data processing module (15) for processing detection data is connected with the output end of the detection information storage module (14), and the output end of the data processing module (15) is connected with a cloud management module (3).
3. The cloud logistics management method of claim 2, wherein: the login module (1) comprises an operation port (101), an account password login (102) and a portrait identification (103) are connected to the output end of the operation port (101), and an identity information reading module (104) is connected to the output ends of the account password login (102) and the portrait identification (103).
4. A cloud logistics management method of real-time updating of a cargo state in accordance with claim 3, wherein: the identity information reading device is characterized in that an authentication module (105) is connected to the output end of the identity information reading module (104), an account authentication unit (106) and a portrait authentication unit (107) are connected to the output end of the authentication module (105), and background authentication information (108) is connected to the output ends of the account authentication unit (106) and the portrait authentication unit (107).
5. The cloud logistics management method for updating a cargo state in real time of claim 4, wherein: the background verification information (108) output end is connected with an authentication success (109) and an authentication failure (110), the authentication success (109) output end is connected with an authentication transmission module (111), the authentication transmission module (111) output end is connected with a login success (112), and the authentication failure (110) output end is connected with a cancel authentication (1101) and a repeat authentication (1102).
6. The cloud logistics management method of claim 1, wherein: the logistics information query module (2) comprises an order list module (201), an order type (202), an order name (203), an order state (204), an order price (205), an order description (206), a release time (207), a payment time (208), a order receiving time (209), a delivery time (210), an order number (211), a patient (212), a payment mode (213) and a payment state (214).
7. The cloud logistics management method of claim 1, wherein: the output end of the logistics information inquiry module (2) is connected with a money management module (4), and the money management module (4) comprises a prepayment unit (401), a arrearage unit (402), a return unit (403) and a borrowing unit (404).
8. The cloud logistics management method of claim 1, wherein: the goods management module (5) comprises a project audit (501), wherein an application approval (502) is connected to the output end of the project audit (501), and an application rejection (503) is connected to the output end of the application approval (502).
9. The cloud logistics management method of claim 8, wherein: the goods change application module (6) comprises a submitting application (601), a reapplication (602) and an application cancellation (603), wherein an application refusal (503) output end is connected with the reapplication (602) and the application cancellation (603), the reapplication (602) output end is connected with the submitting application (601), and the submitting application (601) output end is connected with the project audit (501).
10. The cloud logistics management method of claim 2, wherein: the logistics image feedback module (12) comprises an image uploading unit (1201), an image extraction unit (1202) and a gallery storage unit (1203), wherein the gallery storage unit (1203) is connected with the output end of the image uploading unit (1201), and the image extraction unit (1202) is connected with the output end of the gallery storage unit (1203).
CN202211701606.9A 2022-12-28 2022-12-28 Cloud logistics management method for updating cargo state in real time Pending CN116205548A (en)

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