CN113393198A - Logistics e-commerce service platform system based on Beidou navigation - Google Patents

Logistics e-commerce service platform system based on Beidou navigation Download PDF

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CN113393198A
CN113393198A CN202110732993.1A CN202110732993A CN113393198A CN 113393198 A CN113393198 A CN 113393198A CN 202110732993 A CN202110732993 A CN 202110732993A CN 113393198 A CN113393198 A CN 113393198A
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logistics
distribution path
transportation
refueling
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李冰
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Mianyang Jiuzhou Beidou New Spacetime Energy Co ltd
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Abstract

The invention provides a logistics e-commerce service platform system based on Beidou navigation, which comprises a logistics scheduling module, a vehicle monitoring module and a value-added service module, wherein the logistics scheduling module is used for monitoring a vehicle; the logistics scheduling module is used for matching a transportation vehicle for a logistics order and generating distribution path information of the logistics order; the vehicle monitoring module is used for monitoring the transport vehicle based on the distribution path information; and the value-added service module is used for providing value-added service for the transport vehicle based on the distribution path information. According to the invention, through the integration of logistics allocation, logistics monitoring, value-added services and other systems, the information digitization, the market platform and the operation controllability of logistics transportation are realized, a series of value-added services can be developed according to distribution orders, and the overall operation efficiency of the industry is effectively improved.

Description

Logistics e-commerce service platform system based on Beidou navigation
Technical Field
The invention relates to the field of e-commerce platforms, in particular to a logistics e-commerce service platform system based on Beidou navigation.
Background
The logistics plays an important role in the development of the e-commerce, and the developed and efficient logistics system is beneficial to further promoting the development of the e-commerce. In the prior art, logistics allocation, logistics process monitoring, value-added service and the like are independent systems, and the systems are independent from each other, so that the overall operation efficiency of the industry is not improved.
Disclosure of Invention
In view of the above problems, the invention aims to provide a logistics e-commerce service platform system based on Beidou navigation, which comprises a logistics scheduling module, a vehicle monitoring module and a value-added service module;
the logistics scheduling module is used for matching a transportation vehicle for a logistics order and generating distribution path information of the logistics order;
the vehicle monitoring module is used for monitoring the transport vehicle based on the distribution path information;
and the value-added service module is used for providing value-added service for the transport vehicle based on the distribution path information.
Preferably, the logistics order includes a start point, an end point, cargo information, a desired transportation duration, and a desired transportation cost.
Preferably, the generating of the distribution path information of the logistics order includes:
determining a goods taking place and a goods unloading place according to the logistics order;
acquiring a plurality of distribution paths between a goods taking place and a goods unloading place;
screening the plurality of distribution paths according to the expected transportation time length and the expected transportation cost to obtain an optimal distribution path; the optimal distribution path comprises a passing point;
and generating distribution path information according to the expected transportation duration corresponding to the optimal distribution path and the optimal distribution path.
Preferably, the monitoring the transportation vehicle based on the distribution path information includes:
acquiring a first position of the transport vehicle through a Beidou satellite navigation system by adopting a fixed time period;
judging whether the transport vehicle has a path deviation or not according to the first position and the distribution path information;
and if the path deviation occurs, sending an alarm prompt to the staff according to a preset prompt mode.
Preferably, the providing value-added services for the transportation vehicle based on the distribution route information includes:
acquiring a list of gas stations passed by the optimal delivery path;
obtaining the preferential information of the gas stations in the list;
and generating a fueling plan for the transportation vehicle based on the offer information.
Preferably, the cargo information includes:
cargo type, cargo weight, cargo volume, and cargo transport conditions;
the freight transportation condition comprises refrigeration transportation or normal temperature transportation.
Preferably, the value-added service module comprises a refueling management submodule, and the refueling management submodule is used for providing value-added service for the transport vehicle based on the distribution path information;
the refueling management submodule comprises a refueling scheme generation unit, a user unit and a background management unit;
the refueling scheme generating unit is used for:
acquiring a list of gas stations passed by the optimal delivery path;
obtaining the preferential information of the gas stations in the list;
generating a fueling plan for the transportation vehicle based on the offer information;
pushing the fueling plan to the subscriber unit;
the user unit comprises a recharging subunit, a payment subunit and an order management subunit;
the recharging subunit is used for providing a refueling card recharging service for the user;
the payment subunit is used for providing payment service for the user and generating a refueling order;
the order management subunit is used for managing the refueling order by the user;
and the background management unit is used for analyzing consumption data of the refueling order.
Preferably, the user unit further comprises a display subunit; the display subunit is used for receiving and displaying the refueling scheme.
According to the invention, through the integration of logistics allocation, logistics monitoring, value-added services and other systems, the information digitization, the market platform and the operation controllability of logistics transportation are realized, a series of value-added services can be developed according to distribution orders, and the overall operation efficiency of the industry is effectively improved.
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The invention is further illustrated by means of the attached drawings, but the embodiments in the drawings do not constitute any limitation to the invention, and for a person skilled in the art, other drawings can be obtained on the basis of the following drawings without inventive effort.
Fig. 1 is a diagram of an exemplary embodiment of a logistics e-commerce service platform system based on Beidou navigation.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the accompanying drawings are illustrative only for the purpose of explaining the present invention, and are not to be construed as limiting the present invention.
As shown in an embodiment of fig. 1, the invention provides a logistics e-commerce service platform system based on Beidou navigation, which comprises a logistics scheduling module, a vehicle monitoring module and a value-added service module;
the logistics scheduling module is used for matching a transportation vehicle for a logistics order and generating distribution path information of the logistics order;
the vehicle monitoring module is used for monitoring the transport vehicle based on the distribution path information;
and the value-added service module is used for providing value-added service for the transport vehicle based on the distribution path information.
According to the invention, through the integration of logistics allocation, logistics monitoring, value-added service and other systems, the information digitization, market platform and operation controllability of logistics transportation are realized, the value-added service, vehicle monitoring service and the like can be developed according to distribution orders, and the overall operation efficiency of the industry is effectively improved.
Preferably, the logistics order includes a start point, an end point, cargo information, a desired transportation duration, and a desired transportation cost.
Preferably, the generating of the distribution path information of the logistics order includes:
determining a goods taking place and a goods unloading place according to the logistics order;
acquiring a plurality of distribution paths between a goods taking place and a goods unloading place;
screening the plurality of distribution paths according to the expected transportation time length and the expected transportation cost to obtain an optimal distribution path; the optimal distribution path comprises a passing point;
and generating distribution path information according to the expected transportation duration corresponding to the optimal distribution path and the optimal distribution path.
Specifically, the screening process is as follows:
each distribution route comprises a predicted transportation time and a predicted transportation cost;
firstly, excluding the distribution path with the estimated transportation time length larger than the expected transportation time length to obtain a first screening result;
and acquiring a distribution path with the minimum expected transportation cost from the first screening result, and taking the distribution path with the minimum expected transportation cost as an optimal distribution path.
Further, the screening process may also be as follows:
each distribution route comprises a predicted transportation time and a predicted transportation cost;
firstly, excluding the distribution path with the estimated transportation cost larger than the expected transportation cost to obtain a first screening result;
and acquiring a distribution path with the minimum expected transportation time length from the first screening result, and taking the distribution path with the minimum expected transportation time length as an optimal distribution path.
It should be noted that, in addition to the route screening according to the transportation time and the transportation cost, other factors, such as the safety degree, the loading and unloading convenience degree, etc., may be added to perform the route screening, and those skilled in the art may perform the setting according to the actual needs.
Preferably, the monitoring the transportation vehicle based on the distribution path information includes:
acquiring a first position of the transport vehicle through a Beidou satellite navigation system by adopting a fixed time period;
judging whether the transport vehicle has a path deviation or not according to the first position and the distribution path information;
and if the path deviation occurs, sending an alarm prompt to the staff according to a preset prompt mode.
Specifically, be provided with big dipper satellite positioning device on the haulage vehicle, and be provided with monitor terminal in the vehicle monitoring center, big dipper satellite positioning device can acquire haulage vehicle's position, and will periodically the position send to monitor terminal.
Specifically, the path deviation is calculated as follows:
acquiring the distance between the first position and the optimal distribution path;
and judging whether the distance is greater than a preset distance threshold value, if so, indicating that the transport vehicle has a path deviation.
Specifically, the alarm prompt may be a prompt by an audible and visual alarm, or a prompt by a prompt voice, a prompt message, or the like.
Preferably, the vehicle monitoring module is further configured to periodically acquire a facial image of a transport vehicle driver, and determine to monitor fatigue driving of the driver based on the facial image.
Specifically, whether fatigue driving exists is judged by the following method:
carrying out graying processing on the face image to obtain a grayed image;
carrying out noise reduction processing on the grayed image to obtain a noise reduction image;
acquiring characteristic information contained in the noise-reduced image;
and matching the characteristic information with the characteristic information in the image template of fatigue driving, and judging that the driver has fatigue driving if the matching degree is greater than a preset matching degree threshold value.
And if the fatigue driving occurs, sending out an alarm prompt to the driver and the staff according to a preset prompt mode.
Specifically, the performing noise reduction processing on the grayed image to obtain a noise-reduced image includes:
performing wavelet decomposition on the grayscale image to obtain a high-frequency wavelet coefficient and a low-frequency wavelet coefficient;
for the high-frequency wavelet coefficient, the processing is carried out by the following method:
and (3) recording the high-frequency wavelet coefficient as hfidx, and processing the hfidx by the following formula:
Figure BDA0003139669050000041
wherein ahfidx represents the processed high-frequency wavelet coefficient, t1 and t2 represent two preset processing thresholds, t1 is smaller than t2, sgn represents a sign function,
processing the low-frequency wavelet coefficient by using a non-local mean denoising algorithm to obtain a processed low-frequency wavelet coefficient;
and performing wavelet reconstruction on the processed high-frequency wavelet coefficient and the processed low-frequency wavelet coefficient to obtain a noise reduction image.
In the above embodiment of the present invention, the wavelet decomposition is performed first, then the high frequency coefficient and the low frequency coefficient are processed respectively to obtain the processing result, and then the two processing results are reconstructed to obtain the noise reduction image. The processing mode can well avoid the problem that edge detail information is easy to lose in time domain noise reduction, thereby ensuring that a noise reduction image with good noise reduction effect is obtained and being beneficial to improving the accuracy of fatigue driving judgment.
Preferably, the providing value-added services for the transportation vehicle based on the distribution route information includes:
acquiring a list of gas stations passed by the optimal delivery path;
obtaining the preferential information of the gas stations in the list;
and generating a fueling plan for the transportation vehicle based on the offer information.
Preferably, the cargo information includes:
cargo type, cargo weight, cargo volume, and cargo transport conditions;
the freight transportation condition comprises refrigeration transportation or normal temperature transportation.
Preferably, the value-added service module comprises a refueling management submodule, and the refueling management submodule is used for providing value-added service for the transport vehicle based on the distribution path information;
the refueling management submodule comprises a refueling scheme generation unit, a user unit and a background management unit;
the refueling scheme generating unit is used for:
acquiring a list of gas stations passed by the optimal delivery path;
obtaining the preferential information of the gas stations in the list;
generating a fueling plan for the transportation vehicle based on the offer information;
pushing the fueling plan to the subscriber unit;
the user unit comprises a recharging subunit, a payment subunit and an order management subunit;
the recharging subunit is used for providing a refueling card recharging service for the user;
the payment subunit is used for providing payment service for the user and generating a refueling order;
the order management subunit is used for managing the refueling order by the user;
and the background management unit is used for analyzing consumption data of the refueling order.
Specifically, the payment subunit can generate a two-dimensional code when the user needs to pay, and the payment behavior is completed through the two-dimensional code. The background management unit is a unit used by a refueling management submodule administrator, and can perform consumption data analysis on the refueling order, for example, the position of a refueling station with the largest refueling order is analyzed.
The preferential information of the gas station comprises oil price information, full and reduced information, member preference and the like.
Generating a fueling plan for the transportation vehicle based on the offer information, primarily to minimize a final overall fueling cost. The fueling plan includes the location of the presence of the fueling station where fueling is desired.
The refueling scheme generating unit can generate a refueling scheme with the lowest refueling cost for a driver according to preferential information of different refueling stations, so that the transportation cost of logistics is effectively reduced.
Preferably, the user unit further comprises a display subunit; the display subunit is used for receiving and displaying the refueling scheme.
Preferably, the value-added service module further comprises a logistics order management submodule;
and the logistics order management submodule is used for managing the logistics orders by the shipper.
Specifically, the method includes status query of the logistics order, statistical analysis of the logistics order, and the like.
While embodiments of the invention have been shown and described, it will be understood by those skilled in the art that: various changes, modifications, substitutions and alterations can be made to the embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the claims and their equivalents.

Claims (8)

1. A logistics E-commerce service platform system based on Beidou navigation is characterized by comprising a logistics scheduling module, a vehicle monitoring module and a value-added service module;
the logistics scheduling module is used for matching a transportation vehicle for a logistics order and generating distribution path information of the logistics order;
the vehicle monitoring module is used for monitoring the transport vehicle based on the distribution path information;
and the value-added service module is used for providing value-added service for the transport vehicle based on the distribution path information.
2. The Beidou navigation based logistics e-commerce service platform system of claim 1, wherein the logistics order comprises a start point, an end point, cargo information, an expected transportation time and an expected transportation cost.
3. The system of claim 2, wherein the generating of the distribution path information of the logistics order comprises:
determining a goods taking place and a goods unloading place according to the logistics order;
acquiring a plurality of distribution paths between a goods taking place and a goods unloading place;
screening the plurality of distribution paths according to the expected transportation time length and the expected transportation cost to obtain an optimal distribution path; the optimal distribution path comprises a passing point;
and generating distribution path information according to the expected transportation duration corresponding to the optimal distribution path and the optimal distribution path.
4. The system of claim 3, wherein the monitoring of the transportation vehicle based on the distribution path information comprises:
acquiring a first position of the transport vehicle through a Beidou satellite navigation system by adopting a fixed time period;
judging whether the transport vehicle has a path deviation or not according to the first position and the distribution path information;
and if the path deviation occurs, sending an alarm prompt to the staff according to a preset prompt mode.
5. The Beidou navigation based logistics e-commerce service platform system of claim 3, wherein the providing of value added services for the transport vehicle based on the distribution path information comprises:
acquiring a list of gas stations passed by the optimal delivery path;
obtaining the preferential information of the gas stations in the list;
and generating a fueling plan for the transportation vehicle based on the offer information.
6. The logistics e-commerce service platform system based on Beidou navigation and the method of claim 2, wherein the cargo information comprises:
cargo type, cargo weight, cargo volume, and cargo transport conditions;
the freight transportation condition comprises refrigeration transportation or normal temperature transportation.
7. The Beidou navigation based logistics e-commerce service platform system of claim 5, wherein the value added service module comprises a refueling management submodule, wherein the refueling management submodule is used for providing value added service for the transport vehicle based on the distribution path information;
the refueling management submodule comprises a refueling scheme generation unit, a user unit and a background management unit;
the refueling scheme generating unit is used for:
acquiring a list of gas stations passed by the optimal delivery path;
obtaining the preferential information of the gas stations in the list;
generating a fueling plan for the transportation vehicle based on the offer information;
pushing the fueling plan to the subscriber unit;
the user unit comprises a recharging subunit, a payment subunit and an order management subunit;
the recharging subunit is used for providing a refueling card recharging service for the user;
the payment subunit is used for providing payment service for the user and generating a refueling order;
the order management subunit is used for managing the refueling order by the user;
and the background management unit is used for analyzing consumption data of the refueling order.
8. The system of claim 7, wherein the subscriber unit further comprises a display subunit;
the display subunit is used for receiving and displaying the refueling scheme.
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CN109658627A (en) * 2018-12-13 2019-04-19 深圳桓轩科技有限公司 A kind of Intelligent logistics pickup system based on block chain
CN109711293A (en) * 2018-12-13 2019-05-03 佛山单常科技有限公司 A kind of gateway device based on recognition of face
CN111242065A (en) * 2020-01-17 2020-06-05 江苏润杨汽车零部件制造有限公司 Portable vehicle-mounted intelligent driving system
CN112906949A (en) * 2021-02-02 2021-06-04 满帮信息咨询有限公司 Route planning method and device, electronic equipment and readable storage medium

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114638577A (en) * 2022-03-25 2022-06-17 北斗航天卫星应用科技集团有限公司 Logistics method based on Beidou fusion technology and shared box
CN114638577B (en) * 2022-03-25 2023-04-07 北斗航天卫星应用科技集团有限公司 Logistics method for co-distribution boxes based on Beidou fusion technology and co-distribution boxes

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