Intelligent distribution management system for electric power materials

Abstract

The invention relates to the technical field of electric power material distribution, in particular to an electric power material intelligent distribution management system. Comprising a resource point location acquisition module, a distribution point location judgment module connected with the output end of the resource point location acquisition module, and a resource increase item distribution module connected with the output end of the distribution point location judgment module. A distribution point location judgment module obtains material shortage information to generate a target material point location and a target user, so as to determine a target transportation route and a transportation party, thereby judging the transportation party, enabling the transportation party to obtain materials through the target material point location, and carrying out the distribution of the materials to the target user. And on the basis of the monitoring condition of the resource increase item distribution module, when the resource increase item distribution module monitors the material shortage information output by the power management and control terminal, the resource increase item distribution module is combined with the distribution point location judgment module to re-determine a conveying party capable of executing material distribution and transportation so as to realize intelligent distribution and scheduling of materials.

Description

Technical Field

[0001] The present invention relates to the technical field of power material distribution, and in particular to an intelligent distribution management system for power materials. Background Art

[0002] Power materials refer to power materials such as power generation equipment and materials, power transmission and distribution equipment, wires and cables, auxiliary materials and consumables. At present, in the use and distribution process of power materials, the control center receives the material shortage information of power users in various regions to realize convenient distribution of materials. However, it should be noted that at present, in the process of distributing power materials, the corresponding materials are usually collected according to the material shortage information, and then distributed and transported by vehicles. Therefore, a large number of vehicles will be put into distribution and use at the same time, resulting in excessive loss of resource costs. In addition, for the distribution plan of materials, when some power users are in an emergency state, how to form a reasonable distribution of power materials to achieve balanced distribution and scheduling of power materials, thereby realizing intelligent management of materials, is a problem that needs to be solved at present. Summary of the invention

[0003] In view of the above-mentioned shortcomings of the prior art, the present invention provides an intelligent distribution and management system for electric power materials, which can effectively solve the problem in the prior art that electric power materials cannot be reasonably distributed and dispatched, affecting the actual planning and management of electric power materials.

[0004] To achieve the above objectives, the present invention is implemented through the following technical solutions:

[0005] The present invention provides an intelligent distribution and management system for electric power materials, comprising:

[0006] Resource point acquisition module, which is used to obtain the power material points where materials are stored;

[0007] The distribution point determination module connected to the output end of the resource point acquisition module is used to receive the material shortage information, mark the user corresponding to the material shortage information as the target user, determine the power material point to allocate materials to the target user according to the target user, material shortage information and distance, and mark the power material point as the target material point, wherein:

[0008] Construct a target transportation route based on the target material location and the target user, obtain multiple transporters passing through the target transportation route according to the target transportation route, and obtain the complete transportation routes respectively executed by the multiple transporters, and determine the transporter according to the emergency time of the target user and the user on the complete transportation route of the transporter;

[0009] And, a resource addition item allocation module connected to the output end of the allocation point determination module is used to, after the transporter is determined and the transporter executes the material distribution and transportation, when it monitors that the distribution point determination module receives material shortage information again, mark the user corresponding to the material shortage information as an emergency user, and thereby obtain the complete transportation route of the distribution and transportation of materials executed by the distribution point determination module in the specified area, determine the corresponding transporter based on the complete transportation route and construct a limited allocation set, so as to determine the transporter passing through the coordinate position of the emergency user within the limited allocation set, and re-determine the transporter in combination with the additional loading and unloading time of the emergency user to enable it to execute the distribution and transportation of power materials.

[0010] Furthermore, the resource point acquisition module includes:

[0011] A resource point acquisition unit, which is used to determine the location of power material points in a specified area;

[0012] The point coordinate determination unit connected to the output end of the resource point acquisition unit is used to obtain the coordinate position of the power material point through the GPS positioning system.

[0013] Furthermore, the allocation point determination module includes:

[0014] A response information receiving unit, which is used to receive material shortage information output by the power user in the specified area;

[0015] A pre-allocation determination unit is used to determine the power material point for allocating materials to the target user based on the coordinate position of the target user, material shortage information and the shortest distance, and mark the power material point as the target material point;

[0016] The allocation route planning unit is used to construct a transportation route between the target material point and the target user, and determine the shortest transportation route between the target material point and the target user and mark it as the target transportation route;

[0017] The transporter establishment unit is used to obtain the transporter passing through the target transportation route, so as to determine the transporter and enable it to obtain the materials through the target material point and distribute them to the target user.

[0018] Furthermore, the allocation point determination module also includes:

[0019] The transport time calculation unit is used to clarify the time required for loading materials at the target material point on the target transport route and the time for unloading materials at the target user, and mark the sum of the two times as the loading and unloading time, and determine the journey time based on the coordinate position between the transporter and the target user. The sum of the loading and unloading time and the journey time is the time when the target user uses the materials. The complete transport routes of multiple transporters passing through the target transport route are obtained, and the transporters are again made to execute the complete transport routes through the coordinate position of the target user to determine the time when the multiple transporters respectively finish executing the complete transport routes, and mark them as the complete transport time. The latest time when the materials are needed by the users within the multiple transporters when they execute the complete transport routes is obtained respectively, and marked as the pre-transportation time. The complete transport time is compared to see whether it exceeds the pre-transportation time, so as to screen out the transporters that do not exceed the pre-transportation time.

[0020] Furthermore, when there are multiple transporters, the method for determining the transporter is as follows:

[0021] Determine the pre-delivery time for the transporter to allocate the transported materials and the complete delivery time for the transporter to complete the complete delivery route;

[0022] The pre-delivery time is determined by sorting the values ​​from large to small according to the standard to construct a limited allocation set;

[0023] In the limited allocation set, the corresponding estimated delivery time with a larger value is determined as the delivery side.

[0024] Furthermore, the resource addition item allocation module includes:

[0025] The distance information determination unit is used to determine the transporter in the transporter establishment unit, and in the process of executing material distribution and transportation in the transporter direction to the target user, when monitoring that the response information receiving unit receives new material shortage information again, mark the user corresponding to the material shortage information as an emergency user, and determine the coordinate position of the user corresponding to the material shortage information;

[0026] The transporter positioning unit is used to determine the designated area where the emergency user is located, and thereby obtain the complete transport route for the transporter establishment unit to distribute the transported materials in the designated area;

[0027] The time value analysis unit, when the transporter determined by the transport time calculation unit has not reached the target material point and is in the process of going to the target material point, immediately sends the materials needed by the emergency user to the target material point, and constructs additional loading and unloading time to determine the secondary complete transport time, and determines whether the secondary complete transport time affects the use of the target user and the use of the user transported by the transporter itself, wherein the user transported by the transporter itself is marked as the original user. When it does not affect:

[0028] Obtain the latest time when the emergency transporter needs to use the materials, compare the latest time of the emergency transporter with the latest time of the target user and the original user to determine the user with an earlier latest time, mark the user with an earlier latest time as the pre-allocated party, and enable the transporter to execute the allocation and transportation of materials.

[0029] Further, when it is determined that the secondary complete delivery time affects the use of the target user and the original user, the following steps are performed:

[0030] Based on the coordinate position and material shortage information of the emergency user, the nearest power material point with corresponding materials is re-determined, and the power material point is marked as an emergency material point;

[0031] Obtain the transporter who goes to the emergency material point to load materials in the designated area, and immediately obtain the transport route after the transporter passes the emergency material point and the user corresponding to the transport route, and mark the user corresponding to the transport route as a regular user;

[0032] Obtain the latest time for the regular user to use the materials and the latest time for the emergency user, and mark the party with the larger latest time as the delivery end point in advance, so as to determine the delivery party that allows both the emergency user and the regular user to allocate and transport materials;

[0033] After clarifying the emergency users and regular users, determine the coordinates of the emergency users and regular users to provide the transporter with a short-term transportation route to carry out material distribution and transportation.

[0034] Furthermore, when the transporter determined by the transport time calculation unit reaches the target material location and is in the process of allocating transport materials, the following steps are performed:

[0035] Based on the coordinate position of the emergency user, determine the transporter passing through its coordinate position, obtain the materials transported by the transporter, and determine whether they are consistent with those required by the emergency user;

[0036] When they are consistent, the latest time of the emergency user and the latest time of the original user are obtained. When the latest time of the emergency user is less than the latest time of the original user, and at the latest time of the original user, there are other transporters passing by the original user, and other transporters pass by the power resource point containing the materials needed by the original user or are loading materials at the power resource point, the determined transporter shall pre-allocate and transport materials to the emergency user, so that the materials loaded by the transporter are given priority to the emergency user, and a transfer transport instruction is generated thereby, so that the transporter passing by the original user, when loading materials at the power material point or about to pass through the power material point, can receive the transfer transport instruction to load the materials needed by the original user at the power material point, and execute the distributed transportation.

[0037] Furthermore, the output end of the resource addition allocation module is connected to a state supervision and control module, which is used to monitor the material information stored in the power resource point. When the state supervision and control module detects that the material category and material quantity stored in the power resource point are at the shortage threshold, it immediately generates a point material allocation instruction, and marks this power material point as a shortage material point, so as to transmit the point material allocation instruction to the entire power control center, so that the power control center can immediately execute material distribution to the shortage material point and build the optimal distribution path in real time.

[0038] Furthermore, the state monitoring and control module is bidirectionally connected to the allocation point determination module, wherein:

[0039] When the allocation point determination module determines the power resource points based on the material shortage information and the user, it is necessary to include the material shortage points in the list of determination objects. After considering the material shortage points as the determination objects, the latest time for the user corresponding to the material shortage information to use the materials and the latest time for the material shortage point to receive and store the materials are calculated. When the latest time of the material shortage point is less than the latest time for the user to use the materials, it will be included in the determination objects; otherwise, it will not be included.

[0040] Compared with the known prior art, the technical solution provided by the present invention has the following beneficial effects:

[0041] The material shortage information is obtained through the distribution point determination module to generate the target material point and the target user, so as to determine the target transportation route and the transporter, thereby determining the transporter and enabling it to obtain the materials through the target material point and distribute them to the target user;

[0042] Based on the monitoring status of the resource addition item allocation module, when it detects the material shortage information output by the power control terminal, the resource addition item allocation module is combined with the allocation point determination module to redetermine the transportation party that can execute the material distribution and transportation, so as to realize the intelligent distribution and scheduling of materials. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the prior art descriptions are briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention, and for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0044] Figure 1 It is the overall module block diagram of the present invention;

[0045] Figure 2 It is a transmission schematic diagram of the allocation point determination module of the present invention.

[0046] The numbers in the figure represent:

[0047] 100. Resource point collection module;

[0048] 110, resource point acquisition unit; 120, point coordinate determination unit;

[0049] 200. Allocation point determination module;

[0050] 210, response information receiving unit; 220, pre-allocation determination unit; 230, allocation route planning unit; 240, delivery party establishment unit; 250, delivery time calculation unit;

[0051] 300. Resource addition allocation module;

[0052] 310, distance information determination unit; 320, transporter positioning unit; 330, time value analysis unit;

[0053] 400. Status supervision and control module. DETAILED DESCRIPTION

[0054] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0055] The present invention will be further described below in conjunction with the embodiments.

[0056] Example 1 (see Figure 1-2 ): An intelligent distribution and management system for electric power materials, including a resource point acquisition module 100 for acquiring and storing electric power material points, the output end of the resource point acquisition module 100 is connected to a distribution point determination module 200, the distribution point determination module 200 is used to obtain material shortage information output by a user (material shortage information refers to information that clarifies the category of shortage materials), and mark this user as a target user, and determine the electric power material point to allocate materials to the target user based on the target user, material shortage information and distance, and mark this electric power material point as a target material point. It should be noted that the distance refers to the shortest distance to the target user. Therefore, the target material point determined here has the shortest distance to the target user in terms of time, so as to save time and labor costs; wherein, the user refers to the consumer of electric power equipment and materials.

[0057] It should be noted that after the above scheme clarifies the target material point, the transportation route between the target material point and the target user is immediately determined. When determining the transportation route, it is also determined according to the shortest transportation time. The shortest transportation route between the target material point and the target user is determined, and this transportation route is marked as the target transportation route. Therefore, the transporter passing through the target transportation route can be obtained, so as to determine the transporter and generate a replacement instruction to enable it to obtain materials through the target material point and pre-allocate them to the target user, thereby forming the optimal distribution and transportation mode of power materials.

[0058] It is worth noting that this solution takes into account that in the process of material distribution and transportation executed by the distribution point determination module 200, when the distribution point determination module 200 receives the material shortage information again, it cannot be combined with the above-mentioned solution, which is not convenient for forming a reasonable dispatch and allocation of power materials. Therefore:

[0059] In this case, the output end of the distribution point determination module 200 is also connected to the resource increase item allocation module 300. The resource increase item allocation module 300 is used to monitor whether the distribution point determination module 200 receives the material shortage information output by the power control terminal again during the process of the distribution point determination module 200 executing the material distribution and transportation. When receiving, it is marked as an emergency user, and the coordinate position of the user corresponding to this material shortage information is determined. At the same time, the complete transportation route of the distribution and transportation of materials executed by the distribution point determination module 200 is obtained. It should be noted that the complete transportation route refers to the transportation route from the starting position to the end position of the transportation party. Its transportation route It includes the target transportation route mentioned above. Therefore, when the coordinate position of the emergency user determined by the resource addition allocation module 300 is on the complete transportation route, the emergency time of the materials required by the emergency user is obtained, that is, the latest time for the emergency user to use the materials, and the latest time for the target user to use the materials, and the latest time for the user corresponding to the end position of the complete transportation route to use the materials are obtained. The multiple latest times are compared, and the latest time and the comprehensive situation of the emergency user are used to determine whether to include the emergency user in the transportation party determined by the distribution point determination module 200 for material distribution, so as to realize intelligent distribution and scheduling of materials.

[0060] In summary, the optimized allocation scheme for electric power materials formed by the present invention is summarized, and the above is further elaborated as follows:

[0061] The resource point acquisition module 100 includes a resource point acquisition unit 110, which is used to determine the power material points in a specified area. It should be noted that the power material points contain various types of power materials, such as power generation equipment and materials, transmission and distribution equipment, wires and cables, auxiliary materials and consumables, etc. The details are not repeated here.

[0062] And the point coordinate determination unit 120 is used to obtain the coordinate position of the power material point through the GPS positioning system, thereby clarifying the specific material and location of each power material point.

[0063] Next, the allocation point determination module 200 includes a response information receiving unit 210, which is used to receive the material shortage information output by the power user in the specified area (it should be noted that usually a city is divided into multiple areas, and different areas are managed by different transmission parties and other personnel). The material shortage information is output and received by the user's terminal device. Therefore, according to the material shortage information, the associated location information will be carried to clarify the coordinate position of the user (and mark the user as the target user). Therefore:

[0064] The output end of the response information receiving unit 210 is connected to the pre-allocation determination unit 220, which is used to determine the power material point to allocate materials to the target user according to the coordinate position of the target user and the material shortage information, that is, according to the condition of the shortest distance, the coordinate position of the target user is used to determine the closest power material point, and the materials in this power material point must cover the required materials corresponding to the material shortage information, so this power material point is marked as the target material point. Therefore, in order to facilitate the distribution and transportation of materials:

[0065] The output end of the pre-allocation determination unit 220 is connected to the allocation route planning unit 230, and the allocation route planning unit 230 is used to construct a transportation route between the target material point and the target user, thereby determining the shortest transportation route between the target material point and the target user, and marking it as the target transportation route, thereby achieving rapid allocation and transportation. It is worth noting that for determining the shortest transportation route, it can be obtained through a GPS navigation device, and the shortest transportation route can also be calculated by using the Dijkstra algorithm.

[0066] It is worth noting that the calculation method of the Dijkstra algorithm to determine the shortest time transportation route is as follows:

[0067] Step 1: Initialize:

[0068] For all y∈V, set δ(s,y)=∞ and π(y)=nil;

[0069] Set δ(s, s) = 0;

[0070] Step 2: Perform the main loop:

[0071] When Q≠0, perform the following steps:

[0072] Select y∈Q so that δ(s, y) is minimized;

[0073] Move y from Q to S;

[0074] For all y∈Q, update the shortest path length: if δ(s,y)+ω(u,y)<δ(s,y), then set δ(s,y)=δ(s,u)+ω(u,y) and π(y)=u.

[0075] Among them, δ(s, y) contains the shortest path length from the source point s to all other vertices y;

[0076] In the above formula, V is the vertex set, E is the edge set, ω(u, y) represents the weight of the edge from vertex u to y, if (u, y) ≠ E, then ω(u, y) = ∞, π(y) represents the predecessor node of vertex y in the shortest path, S is the vertex set for which the shortest path has been obtained, initially S = {s}, where s is the source point, Q is the vertex set for which the shortest path has not been determined, initially Q = V / {s}.

[0077] It should be noted that in each iteration of the Dijkstra algorithm, the shortest path estimate from the source point s to each vertex y in the set Q needs to be updated, which is performed by the following formula:

[0078] δ(s,y)=min(δ(s,y),δ(s,u)+ω(u,y))

[0079] Among them, y is the vertex that determines the shortest path vertex in the current iteration, and y is an adjacent point of u.

[0080] Among them, the output end of the distribution route planning unit 230 is also connected to a transporter establishment unit 240, which is used to obtain the transporter passing through the target transportation route, so as to determine the transporter and take over so that it can obtain materials through the target material point and pre-allocate them to the target user (execute material allocation instructions), so as to form an optimal and reasonable distribution and transportation mode for power materials; it should be made clear that the determined transporter is determined in the designated area where the target user corresponding to the material shortage information is located, and the transporter determined thereby is also for other users in the designated area. The transportation of materials can be allocated and transported, so that reasonable material distribution and transportation can be achieved.

[0081] Furthermore, the output end of the transporter establishment unit 240 is also connected to a transport time calculation unit 250. When the transporter is determined by the transporter establishment unit 240, after the transporter passing through the target transport route is determined, the transport time calculation unit 250 determines the time required to load the materials at the target material point on the target transport route and the time to unload the materials at the target user, and marks the sum of the two times as the loading and unloading time, and determines the journey time (the ratio between the distance and the speed, according to the formula T = S / w, in this formula, T represents the journey time, S represents the distance, and w represents the speed) according to the coordinate position distance between the transporter and the target user. The sum of the loading and unloading time and the journey time is the time for the target user to use the materials, and then The complete transportation routes of multiple transporters passing through the target transportation route are obtained, and the transporters are again made to execute the complete transportation routes through the coordinate positions of the target users, so as to determine the time when the multiple transporters respectively finish executing the complete transportation routes (this time is marked as the complete transportation time). Because the transporters themselves transport materials through the complete transportation routes, therefore, the latest time when the materials are needed by the users among the multiple transporters when they execute the complete transportation routes is obtained respectively (this time is marked as the pre-delivery time). Thus, it is compared whether the complete transportation time exceeds the pre-delivery time to screen out the transporters that do not exceed the pre-delivery time, so that the transporters determined after the screening can ensure the reasonable distribution and transportation of materials (the latest time when the materials are needed by the users is the emergency time).

[0082] It should be noted that when a small number of transporters are determined after screening through the above scheme (the transporters that have not exceeded the pre-delivery time), it is necessary to sort the screened transporters to determine the transporters one by one for allocation of transportation. The determination method is as follows:

[0083] Determine the pre-delivery time for the transporter to allocate the transported materials and the complete delivery time for the transporter to complete the complete delivery route;

[0084] The pre-delivery time is determined by sorting the values ​​from large to small according to the standard to construct a limited allocation set;

[0085] In the limited allocation set, the corresponding pre-transmission time with a large value is determined as the transmission party, so that the transmission party can execute the allocation and transportation mode of the subsequent resource addition allocation module 300 to achieve the rational allocation and transportation of electric power materials.

[0086] Furthermore, in this case, the resource addition item allocation module 300 includes:

[0087] The distance information determination unit 310 is used to determine the transporter in the transporter establishment unit 240, and in the process of executing the material distribution and transportation to the target user in the transport direction, monitor that the response information receiving unit 210 receives the material shortage information output by the power control terminal again, and marks it as an emergency user when receiving it, and determines the coordinate position of the user corresponding to this material shortage information. At the same time, the output end of the distance information determination unit 310 is also connected to the transporter positioning unit 320, which is used to determine the designated area where the emergency user is located, and thereby obtain the complete transportation route of the distribution and transportation of materials executed by the transporter establishment unit 240 in the designated area. When the complete transportation route is determined, The corresponding transporter is determined. At this time, there are multiple transporters determined. Among the multiple transporters, the transporter whose coordinate position is determined in advance by the emergency user is determined in advance, and the transport time calculation unit 250 is preferentially collected in the transporter determined by the limited allocation set to obtain the power material point corresponding to the material shortage information issued by the emergency user. At this time, it should be clear that the material category and quantity corresponding to the material shortage information issued by the emergency user are determined in advance, and when the material category has a category and inventory at the target material point, the coordinate position of the transporter determined by the transport time calculation unit 250 is collected in real time. The transporter's vehicle will be equipped with a GPS locator, so:

[0088] The output end of the transporter positioning unit 320 is connected to the time value analysis unit 330. When the transporter determined by the transport time calculation unit 250 has not reached the target material point and is in the process of going to the target material point (or has reached the target resource point and is in the process of loading), the materials required by the emergency user are immediately sent to the target material point, and the additional loading and unloading time is constructed. Because the emergency user is also on the complete transport route, it is only necessary to combine the additional loading and unloading time into the transporter determined by the transport time calculation unit 250 to determine the overall secondary complete transport time and determine whether the secondary complete transport time affects the use of the target user and the user transported by the transporter itself (wherein the user transported by the transporter itself is marked as the original user). When it does not affect:

[0089] Obtain the latest time that the emergency transporter needs to use the materials, compare the latest time of the emergency transporter with the latest time of the target user and the original user to determine the user with an earlier latest time, mark the user with an earlier latest time as the pre-allocated party, and enable the transporter to execute the allocation and transportation of the materials;

[0090] Among them, after determining the user with an earlier (or smaller) latest time, the coordinate positions of the above-mentioned multiple users (emergency transportation party, target user and original user) can be clarified, and the user with the earlier latest time can be marked as the pre-allocated party to construct a short-time transportation method according to the coordinate position, so as to achieve the most optimized material distribution and transportation, and save time and human resource costs.

[0091] Example 2

[0092] It should be noted that, in the above scheme, when it is determined that the secondary complete delivery time affects the use of the target user and the original user, the following steps are performed:

[0093] Based on the coordinate position of the emergency user and the material shortage information, the nearest electric power material point with corresponding materials is re-determined, and the electric power material point is marked as an emergency material point. The transporter who goes to the emergency material point to load materials is obtained in the specified area, and the transportation route of the transporter after passing the emergency material point and the user corresponding to the transportation route (marked as a regular user) are immediately obtained, and the latest time for the regular user to use the materials and the latest time for the emergency user are obtained, and the party with the larger latest time is marked in advance as the transportation end point, so as to determine the transporter that can enable both the emergency user and the regular user to distribute and transport materials, so that the transporter can load materials at the emergency material point and perform classified transportation. At the same time, after the emergency user and the regular user are clarified, the coordinate positions of the emergency user and the regular user can be determined, so as to provide the transporter with a short transportation route and perform reasonable distribution and transportation of materials.

[0094] Example 3

[0095] Different from the above-mentioned implementation 1, when the transporter determined by the transport time calculation unit 250 reaches the target material point (after passing the target resource point) and is already in the process of allocating transport materials, the following steps are performed:

[0096] Based on the coordinate position of the emergency user, determine the transporter that passes through its coordinate position (and does not pass through the emergency user), obtain the materials transported by the transporter, and determine whether they are consistent with the needs of the emergency user. When they are consistent, then obtain the latest time of the emergency user and the latest time of the transporter itself to transport the original user. When the latest time of the emergency user is less than the latest time of the original user, and at the latest time of the original user, there will be other transporters passing by the original user, and other transporters will pass by the power resource point containing the materials required by the original user or are loading materials at the power resource point (the power resource In the case that all power material points need to contain the materials required by the regular users), the above-determined transport party shall allocate and transport materials to the emergency users in advance, so that the materials loaded by the transport party shall be supplied to the emergency users first, and a transfer transport instruction shall be generated thereby, so that the transport party passing through the regular user shall receive the transfer transport instruction when it is at the power material point loading materials or is about to pass through the power material point, so as to load the materials originally required by the user at the power material point, and enable it to execute the distribution and transportation, thereby forming a rational scheduling and allocation of power materials (it should be noted that in determining the above-mentioned transport party).

[0097] Example 4

[0098] In this plan, in order to facilitate the stable distribution and transportation of power materials, it also includes:

[0099] The status supervision and control module 400 is used to monitor the material information stored in the power resource point, and the material information includes the material category and material quantity. When the status supervision and control module 400 detects that the material category and material quantity stored in the power resource point are at the shortage threshold, it immediately generates a point material allocation instruction, and marks this power material point as a shortage material point, so as to transmit the point material allocation instruction to the entire power control center, so that the power control center can immediately execute the material distribution to the shortage material point, and build the optimal distribution path (shortest time and shortest distance) in real time to avoid the situation where the power material point has a shortage of materials and affects the distribution to the user.

[0100] Among them, it should be noted that the state supervision and control module 400 is bidirectionally connected with the distribution point determination module 200. Therefore, when the distribution point determination module 200 determines the power resource point based on the material shortage information and the user, it is necessary to include the shortage material point (and the power control center needs to execute the material distribution step to the shortage material point) into the list of objects for determination. After considering the shortage material point as the determination object, it is necessary to calculate the latest time for the user to use the material corresponding to the material shortage information, and the latest time for the shortage material point to receive and store the material. When the latest time of the shortage material point is less than the latest time for the user to use the material, it can be included in the determination object, otherwise it will not be included.

[0101] For example, the latest time for the point of shortage of materials (such as 16:00 on July 12) is less than the latest time for the user to use the materials (such as 20:00 on July 12).

[0102] The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements will not cause the essence of the corresponding technical solutions to deviate from the protection scope of the technical solutions of the embodiments of the present invention.

Claims

1. An intelligent distribution and management system for electric power materials, characterized in that: include: A resource point acquisition module (100), which is used to obtain the power material points of the storage materials; The distribution point determination module (200) connected to the output end of the resource point acquisition module (100) is used to receive the material shortage information, mark the user corresponding to the material shortage information as the target user, determine the power material point to distribute the material to the target user according to the target user, the material shortage information and the distance, and mark the power material point as the target material point, wherein: Construct a target transportation route based on the target material location and the target user, obtain multiple transporters passing through the target transportation route according to the target transportation route, and obtain the complete transportation routes respectively executed by the multiple transporters, and determine the transporter according to the emergency time of the target user and the user on the complete transportation route of the transporter; And, a resource addition item allocation module (300) connected to the output end of the allocation point determination module (200), which is used to, after the transporter is determined and the transporter executes the material distribution and transportation, monitor that the allocation point determination module (200) receives material shortage information again, mark the user corresponding to the material shortage information as an emergency user, and thereby obtain the complete transportation route of the material distribution and transportation executed by the allocation point determination module (200) in the specified area, determine the corresponding transporter based on the complete transportation route and construct a limited allocation set, so as to determine the transporter passing through the coordinate position of the emergency user within the limited allocation set, and re-determine the transporter in combination with the additional loading and unloading time of the emergency user to execute the distribution and transportation of power materials.

2. The intelligent distribution and management system for electric power materials according to claim 1 is characterized in that: The resource point acquisition module (100) comprises: A resource point acquisition unit (110), which is used to determine the location of power material points in a specified area; A point coordinate determination unit (120) connected to the output end of the resource point acquisition unit (110) is used to acquire the coordinate position of the power material point through a GPS positioning system.

3. The intelligent distribution and management system for electric power materials according to claim 1 is characterized in that: The allocation point determination module (200) comprises: A response information receiving unit (210), which is used to receive material shortage information output by an electricity user in a designated area; A pre-allocation determination unit (220) is used to determine the power material point for allocating materials to the target user based on the coordinate position of the target user, material shortage information and the shortest distance, and mark the power material point as the target material point; A distribution route planning unit (230) is used to construct a transportation route between a target material point and a target user, and determine a transportation route with the shortest time between the target material point and the target user and mark it as a target transportation route; The transporter determination unit (240) is used to obtain the transporter passing through the target transportation route, so as to determine the transporter and enable it to obtain the materials through the target material point and distribute them to the target user.

4. The intelligent distribution and management system for electric power materials according to claim 1 is characterized in that: The allocation point determination module (200) further comprises: A transport time calculation unit (250) is used to determine the time required for loading materials at a target material point on a target transport route and the time for unloading materials at a target user, mark the sum of the two times as loading and unloading time, and determine the travel time based on the coordinate position between the transporter and the target user, the sum of the loading and unloading time and the travel time being the time when the target user uses the materials, obtain the complete transport routes of multiple transporters passing through the target transport route, and make the transporters execute the complete transport routes again through the coordinate position of the target user to determine the time when the multiple transporters respectively complete the transport routes and mark it as the complete transport time, respectively obtain the latest time when the materials are needed by the users within the multiple transporters when they execute the complete transport routes and mark it as the pre-transport time, compare whether the complete transport time exceeds the pre-transport time, and select the transporters that do not exceed the pre-transport time.

5. The intelligent distribution and management system for electric power materials according to claim 4 is characterized in that: When there are multiple senders, the sender is determined as follows: Determine the pre-delivery time for the transporter to allocate the transported materials and the complete delivery time for the transporter to complete the complete delivery route; The pre-delivery time is determined by sorting the values ​​from large to small according to the standard to construct a limited allocation set; In the limited allocation set, the corresponding estimated delivery time with a larger value is determined as the delivery side.

6. The intelligent distribution and management system for electric power materials according to claim 5 is characterized in that: The resource addition item allocation module (300) comprises: A distance information determination unit (310) is used to determine the transporter in the transporter establishment unit (240), and in the process of executing material distribution and transportation to the target user in the transporter direction, when it is detected that the response information receiving unit (210) receives new material shortage information again, mark the user corresponding to the material shortage information as an emergency user, and determine the coordinate position of the user corresponding to the material shortage information; A transporter positioning unit (320) is used to determine the designated area where the emergency user is located, and thereby obtain a complete transport route for the transport materials allocated and transported by the transporter establishing unit (240) in the designated area; The time value analysis unit (330) immediately sends the materials needed by the emergency user to the target material point when the transporter determined by the transport time calculation unit (250) has not reached the target material point and is in the process of going to the target material point, and constructs additional loading and unloading time to determine the secondary complete transport time, and determines whether the secondary complete transport time affects the use of the target user and the use of the user transported by the transporter itself, wherein the user transported by the transporter itself is marked as the original user, and when it does not affect: Obtain the latest time when the emergency transporter needs to use the materials, compare the latest time of the emergency transporter with the latest time of the target user and the original user to determine the user with an earlier latest time, mark the user with an earlier latest time as the pre-allocated party, and enable the transporter to execute the allocation and transportation of materials.

7. The intelligent distribution and management system for electric power materials according to claim 6 is characterized in that: When it is determined that the secondary complete delivery time affects the use of the target user and the original user, the following steps are performed: Based on the coordinate position and material shortage information of the emergency user, the nearest power material point with corresponding materials is re-determined, and the power material point is marked as an emergency material point; Obtain the transporter who goes to the emergency material point to load materials in the designated area, and immediately obtain the transport route after the transporter passes the emergency material point and the user corresponding to the transport route, and mark the user corresponding to the transport route as a regular user; Obtain the latest time for the regular user to use the materials and the latest time for the emergency user, and mark the party with the larger latest time as the delivery end point in advance, so as to determine the delivery party that allows both the emergency user and the regular user to allocate and transport materials; After clarifying the emergency users and regular users, determine the coordinates of the emergency users and regular users to provide the transporter with a short-term transportation route to carry out material distribution and transportation.

8. The intelligent distribution and management system for electric power materials according to claim 6 is characterized in that: When the transporter determined by the transport time calculation unit (250) reaches the target material point and is in the process of allocating transport materials, the following steps are performed: Based on the coordinate position of the emergency user, determine the transporter passing through its coordinate position, obtain the materials transported by the transporter, and determine whether they are consistent with those required by the emergency user; When they are consistent, the latest time of the emergency user and the latest time of the original user are obtained. When the latest time of the emergency user is less than the latest time of the original user, and at the latest time of the original user, there are other transporters passing by the original user, and other transporters pass by the power resource point containing the materials needed by the original user or are loading materials at the power resource point, the determined transporter shall pre-allocate and transport materials to the emergency user, so that the materials loaded by the transporter are given priority to the emergency user, and a transfer transport instruction is generated thereby, so that the transporter passing by the original user, when loading materials at the power material point or about to pass through the power material point, can receive the transfer transport instruction to load the materials needed by the original user at the power material point, and execute the distributed transportation.

9. The intelligent distribution and management system for electric power materials according to claim 1 is characterized in that: The output end of the resource addition allocation module (300) is connected to a state supervision and control module (400), which is used to monitor the material information stored in the power resource point. When the state supervision and control module (400) detects that the material type and material quantity stored in the power resource point are at a shortage threshold, it immediately generates a point material allocation instruction, and marks the power material point as a shortage material point, so as to transmit the point material allocation instruction to the entire power control center, so that the power control center immediately executes material distribution to the shortage material point, and constructs an optimal distribution path in real time.

10. The intelligent distribution and management system for electric power materials according to claim 9 is characterized in that: The state monitoring and control module (400) is bidirectionally connected to the allocation point determination module (200), wherein: When determining the power resource point based on the material shortage information and the user, the allocation point determination module (200) needs to include the material shortage point in the determination object list. After considering the material shortage point as a determination object, the latest time for the user to use the material corresponding to the material shortage information and the latest time for the material shortage point to receive and store the material are calculated. When the latest time of the material shortage point is less than the latest time for the user to use the material, it is included in the determination object. Otherwise, it is not included.

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