TWM573865U - Multilevel structure sales system - Google Patents

Abstract

The disclosure is related to a multilevel structure sales system. The sales system includes a plurality of nodes. A server of the system processes relationship among the nodes and credits thereof. A node-relationship management module is used to manage a link relationship among the nodes. The number of nodes in a next hierarchy of a node is limited to a link limit. A credit management module is used to manage the credits earned by the node from its lower hierarchies of nodes within a hierarchy limit. When any of the nodes of the sales system generates profit, the credits of higher hierarchies of nodes within the hierarchy limit are calculated. The higher hierarchy node obtains the credit from the profit gained by the lower hierarchy node if the higher hierarchy node is eligible to obtain the credit.

Description

Multi-level architecture sales system

The specification discloses a sales system, and more particularly to a multi-level architecture sales system with a limit on the number of hierarchical and connected nodes.

Compared with the traditional way of selling goods directly in storefronts or shopping malls, there are several multilevel marketing methods for selling goods. The multi-level marketing system adopts the method of participating in direct sales of members and the members invite others to join the members. The distribution mechanism allows specific products to be successfully and effectively sold to consumers, and consumers themselves become potential members.

Multi-level marketing usually proposes a sales bonus system that allows participating members to profit from selling goods. However, many multi-level marketing methods will set some profit-making rules, so that in addition to the upper members will have high bonuses, the remaining members You need to work harder to sell goods and introduce members to join in order to have a stable profit. Moreover, the current multi-level pyramid scheme bonus system is not transparent enough, or set a high threshold, so that new members are not easy to profit.

For example, some multi-level marketing systems require members to be related to each other, and their own profits will be limited by the profit of another person, which will have the disadvantage of unfair or excessive sales pressure.

Compared with the current multi-level pyramid schemes, which generate unfair and opaque operation methods for members, this disclosure proposes a multi-level architecture sales system with a number of restrictions on the number of downline and a limit on the number of classes, since the entire sales system is set at a specific The visible architecture allows members participating in the system to clearly understand the multi-level structure of the entire system, so that once a member is profitable, the upper-level members can get a fair and reasonable profit.

In an embodiment, the multi-level architecture sales system proposes a server running the entire sales system, wherein the proposed function comprises proposing a node relationship management module for managing links of multiple nodes in the multi-level architecture sales system. Relationship, and setting the number of nodes of the next layer of each node in the multi-level architecture sales system to have a connection quantity limit, and a point management module for performing an integration process according to the connection relationship of the plurality of nodes, the multi-level architecture Each node in the sales system obtains points from the profit of one or more lower nodes within a certain number of levels.

In this server, the integration processing program of the multi-level architecture sales system may be executed by one or more processors, and when one of the nodes of the multi-level architecture sales system generates a profit, the server will obtain the For the benefit and the connection relationship, calculate the integral of the upper node connected to the number of levels in this node. After that, it is necessary to individually determine whether all the upper nodes connected to the number limit of the node are eligible for the points. If the upper node is eligible for the points, the points calculated by the nodes are obtained. If the upper node does not meet the qualification for obtaining the points, the points calculated by the node profit cannot be obtained, but these upper nodes that do not meet the points do not affect the qualification of other upper nodes to obtain the points.

The server will be able to record the profit of each node in a database, and the integral of all upper nodes connected to the number limit of the hierarchy by the node, plus one or more lower nodes within the limit of the number of connections of each node. Points earned.

Further, in the software program provided by the server, a user management module is included to manage the members of the multi-level architecture sales system, and each member is established. One or more nodes; a sales node management module for managing the operation of each node, including processing the golden flow and logistics of each node, and profit and points; and a server module for providing a multi-level architecture The user interface of each node in the sales system provides product information and transaction flow through the user interface.

Under this architecture, each node in the multi-level architecture sales system is a sales node that can sell goods in an online store or a physical storefront. When a member invites another member to join the multi-level architecture sales system, the new node is set to one of the lower nodes of the other member, and the link between them is the position of the node closest to the other member.

In order to further understand the techniques, methods and effects of this creation in order to achieve the intended purpose, please refer to the following detailed descriptions and diagrams of this creation. I believe that the purpose, characteristics and characteristics of this creation can be deepened and specific. It is understood that the drawings are only for the purpose of illustration and description and are not intended to limit the invention.

10‧‧‧Network

100‧‧‧Multi-level architecture sales system

101‧‧‧Supplier 1

102‧‧‧Supplier 2

105,106,107‧‧‧Member

201‧‧‧User Management Module

23‧‧‧ Sales node

202‧‧‧Node Relationship Management Module

203‧‧‧Point Management Module

204‧‧‧Sale node management module

205‧‧‧Server Module

21‧‧‧Community system

22‧‧‧ Instant messaging system

A‧‧‧ first layer node

A1, A2, A3‧‧‧ second layer node

A11, A12, A13, A21, A22, A23, A31, A32, A33‧‧‧ third node

501‧‧‧ first node

502‧‧‧second node

503‧‧‧ third node

ID1‧‧‧ first node

ID2‧‧‧ second node

ID3‧‧‧ third node

ID4‧‧‧ fourth node

ID5‧‧‧ fifth node

80‧‧‧ Terminal devices

801‧‧‧Selling goods page

802‧‧‧Join the sales system page

Steps S301~S309‧‧‧The process of establishing a multi-level architecture sales system

Step S701~S715‧‧‧ Nodes to get points

1 shows an architectural embodiment diagram of a multi-level architecture sales system; FIG. 2 shows a functional block embodiment diagram of a multi-level architecture sales system; FIG. 3 shows a method flow diagram for establishing a multi-level architecture sales system; FIG. 4A to FIG. Schematic diagram of an embodiment of a node in a multi-level architecture sales system; FIG. 5 is a schematic diagram showing an embodiment of a node forming a multi-layer architecture sales system; FIG. 6 is a schematic diagram showing an embodiment of a basic connection relationship of nodes in a multi-layer architecture sales system; Example of a method flow for each node to obtain points in a multi-level architecture sales system; FIG. 8 shows a schematic diagram of a sales software screen running on a terminal device in a multi-level architecture sales system; FIG. 9 shows a multi-level architecture sales system running in a terminal Another schematic diagram of the sales software screen on the device; FIG. 10 is a schematic diagram showing another embodiment of a multi-layer architecture sales system architecture; FIG. 11 is a schematic diagram showing still another embodiment of a multi-layer architecture sales system architecture.

The specification discloses a multi-level architecture sales system and a method for establishing the sales system, and includes an integral processing program running therein, the multi-level architecture sales system has a plurality of hierarchically distributed nodes, and the nodes may refer to each multi-level architecture sales system member. The established sales node, the sales node can be a physical storefront or a virtual store. One of the characteristics of the proposed multi-level architecture sales system is that the number of nodes in the next layer of each node is limited by a number of connections (horizontal connection), instead of setting the other members invited by one member to be directly offline. This does not limit the rules of the downline may allow the upper members to share a large profit, but can not ensure the profit of this offline member. The multi-level architecture sales system sets a profit distribution of each node that can be divided into a certain number of levels (vertical connection), and limits the number of classes that each node can be separated to ensure that the system can operate continuously. When combined with the above-mentioned number of links, participating members can quickly get their own offline members, which can ensure the stable operation of the entire multi-level architecture sales system, and provide a more transparent distribution mechanism.

The multi-level architecture sales system and related methods will be described in the embodiments provided below, first as shown in the architectural embodiment of the multi-level architecture sales system shown in FIG. The figure shows a multi-level architecture sales system 100, which can implement a cloud platform, and the entire system is constructed through the network 10, including a link between the supplier 101 and the supplier 2 102, and the members 105, 106, 107 can pass through the network 10 Participate in a multi-level architecture sales system 100.

For example, once a member 105, 106, 107 participates in the multi-level architecture sales system 100, it will become a sales node of the system, and an online store can be operated by the merchandise and related software programs provided by the multi-level architecture sales system 100, from which the supplier 101 is sold. The goods provided with supplier two 102. Moreover, members 105, 106, 107 are still You can operate a physical store that sells goods on your own.

Thus, when multiple members of the multi-level architecture sales system 100 form a distributed architecture, the sales nodes formed by each member become profitable interfaces, and when profit is generated, the multi-level architecture sales system 100 operates each node through the server. The integral of the connected upper node, the integral can be a description of the distribution, and has a conversion ratio with the physical currency.

In one example, the multi-level architecture sales system 100 provides one shopping consultant per member (105, 106, 107), which is generated by the member registration. For example, if the member was originally consumed from member A's chain franchise store (one of the sales nodes) (the system will track the source node of each purchase) and join the member of the sales system, member A becomes a shopping consultant; if there is consumption Directly from the official website (non-sales node) provided by the multi-level architecture sales system 100 to register and consume, the current multi-level architecture sales system 100 calculus assigns a suitable chain business franchisee (a sales node) to become new Member's shopping consultant. And this shopping consultant (such as the chain franchise owner) can earn sales profits from the consumption of these members.

For a general consumer who wants to be a sales node for the multi-level architecture sales system 100, the system can provide rules for the consumer to become a qualified sales node, such as membership fees, spending thresholds, recommending other members, and the like. Once the consumer becomes a member of the multi-level architecture sales system 100, in addition to being the lower node of the shopping consultant and allowing the upper nodes (which may include the shopping consultant) to make a profit, the multi-level architecture sales system 100 sets the various levels. The number of links is limited, and it is possible to have lower-level nodes that can be profitable in a short period of time.

However, in order to ensure that the multi-level architecture sales system 100 can be operated continuously, it will still set the membership to be eligible for the distribution. Only those who qualify (check regularly) can get a profit from a certain percentage of the lower-level nodes. (You can describe the points).

In the server of the multi-level architecture sales system 100, the sales node (such as according to cookies, user accounts, etc.) that tracks each consumption through the software program is consumed. When becoming a member, it can establish a connection relationship with this sales node, and may become one of the lower nodes of this sales node. In the server, it is more necessary to manage the golden flow and logistics of each sales node (if necessary). When a consumer orders and pays at a specific sales node and the payment is successful, the order is established, and the multi-level architecture sales system 100 will notify according to the order. Vendor One 101 and Vendor II 102 perform shipments. A member who becomes a sales node will be able to obtain retail profits from the merchandise and obtain sales credits.

In addition, members of the system can find interested people to participate in the multi-level architecture sales system 100, and the recommended member can also become the upper node of the new member (node). On the other hand, when joining the multi-level architecture sales system 100 through the web interface, since there is no direct sales node or inviter, at this time, the multi-level architecture sales system 100 calculates a higher-level node of the node established by the newly added member after the calculation. The newly added node becomes the lower node of this upper node.

It is worth mentioning that the member, or the node of the multi-level architecture sales system 100, may be an individual, or may be added as a sales node in the name of a company, a company, a store, etc., and can participate in the distribution and sale of goods. .

FIG. 2 is a diagram showing a functional block diagram of a multi-layer architecture sales system. The figure shows several main functional modules implemented by software and hardware in the server of the multi-layer architecture sales system 100, including the user management module 201. The node relationship management module 202, the point management module 203, the sales node management module 204, and the server module 205.

In addition to the user management, node management and server functions, the main module is the node relationship management module 202, which is used to manage the connection relationship of multiple nodes in the multi-level architecture sales system 100, and can be used for database indexing technology. Describe the connection relationship of each node (identification code), including the connection relationship between each node in the multi-level architecture sales system 100 and its next-level node (may be multiple), and the connection relationship of the upper layer (only one), wherein, in particular, The number of nodes in the next layer of each node has a limit on the number of links, whereby the structure can limit the number of nodes in each level, but because there can be multiple levels (with a limit on the number of layers), the distribution of each node can still be guaranteed.

The other main module of the multi-level architecture sales system 100 is the point management module 203, which is used to execute an integral processing program according to the connection relationship of a plurality of nodes in the system, which is a profit generated according to the sales of a node. The run-in algorithm, the nodes in the multi-level architecture sales system 100 can obtain points from the profit of one or more lower nodes within a level limit.

According to an embodiment, the server of the multi-level architecture sales system 100 further includes a user management module 201, which can be used to manage members of the multi-level architecture sales system 100, including basic information of each member, point management, sales information, and the like. One or more nodes established by each member. That is, each member can establish multiple nodes, and as long as each node is eligible for the points, the points can be obtained through the established upper and lower links.

The multi-level architecture sales system 100 is provided with a sales node management module 204 for managing the operation of each node, and the node will run as a sales node 23, and each node can sell the goods for the online store or the physical storefront 23, for providing A node connecting the multi-level architecture sales system 100 can provide product information and transaction flow through a user interface of each node provided by the server module 205, and then use the sales node management module 204 to process each node via use. The gold flow and logistics requirements generated by the interface are used to manage the profit generated by each node and the points obtained by each node profiting from its lower nodes.

Moreover, the multi-level architecture sales system 100 can connect to a community system 21, or simultaneously implement the multi-level architecture sales system 100 and the community system 21 through a cloud platform, so that members of the multi-level architecture sales system 10 can pass through the community. System 21 establishes community relations and sharing information.

For example, members of the multi-level architecture sales system 100 may have experts, such as doctors and pharmacists. If the multi-level architecture sales system 100 provides goods related to health foods, these expert members may be invited to use the community system 21 to make speeches, such as Live news, group messages and post health related information.

Furthermore, the multi-level architecture sales system 100 can also be connected to a communication system. The members of the multi-level architecture sales system 100 are enabled to transmit information through text, pictures or audio and video content through a communication system, such as an instant messaging system 22, allowing members to communicate via instant messaging.

Next, an embodiment of a method flow for establishing a multi-level architecture sales system is shown in FIG. In the beginning, as in step S301, the consumer becomes a member of the multi-level architecture sales system through various channels or consumption. At this time, in step S303, the system gives the new member an identification code (ID) through the software program, and according to the rule ( If the number of links is limited and the number of classes is limited, an initial link relationship is formed, and a new connection relationship is established between the new member and the sales node of the pipe that becomes the member.

This link relationship will affect the location of the new member in the system. In step S305, the system assigns the node location through the software program to establish a connection relationship with other nodes. In step S307, the server of the system will be able to store the node location in the database, and as in step S309, thus update the multi-level architecture of the entire sales system.

The method for establishing a multi-level architecture sales system is the step of assigning a node location as described in step S305, wherein a related rule of the multi-level architecture sales system is established, for example, each of the sales nodes can develop three lower-middle-lower nodes, The example is a three-track system. When the three lower-level seats are full, the newly added fourth-level lower node is automatically placed by the system to the lower left of the lower left layer.

The newly added lower node may be invited by another member, but whether it is recommended by the user or recommended by other distribution nodes, the system can be placed in the lower level of the lower node to the nearest generation, so that the new node is set. It is one of the lower nodes of a member (should be an inviter), and the link relationship can be the location of the node closest to this member. When there are multiple vacancies in the class closest to you, all the left vacancies in this class will be filled first and then left to right. Then all the intermediate positions will be filled left to right, and finally all will be The space on the right is filled in order.

The method of establishing this multi-level architecture sales system can be run in a server, and the server can implement a cloud platform. When there are new members, members will be added through the software program in the server, and the identification code and node location will be assigned to become a multi-level architecture sales. The members of the system also establish a new node for the multi-level architecture sales system. The newly added node will establish a connection relationship with a node of the upper layer through the assistance of the software program in the server, so that the newly added node becomes one of the nodes of the next layer within the limit of the number of links of the upper layer node.

The newly added node and the upper layer node respectively have an identification code. Afterwards, the server records the connection relationship between the newly added node and the upper layer node through a database or other means, and updates the multi-level architecture of the multi-level architecture sales system.

Related Embodiments Referring to FIG. 4A to FIG. 4I, a schematic diagram of establishing a node in a multi-level architecture sales system may be used. The setting order of the nodes is one of the implementation manners. In actual implementation, the setting order of the nodes may be corrected according to the situation and the calculation manner.

Figure 4A shows that the multi-level architecture sales system can start with a first-tier node A. After that, the newly added nodes can join by themselves or join through a specific sales node (such as the first-tier node A) to form a link as shown in Figure 4B. Layer 2 node A1 of layer A. This example shows a link quantity limit (horizontal relationship) of 3.

Next, as shown in FIG. 4C, the next newly added node becomes the second layer node A2 of the first layer node A, including the above node A1, and has two nodes A1 and A2 in the second layer. Then, according to the connection limit of the multi-level architecture sales system, FIG. 4D shows that the first layer node A has the second layer nodes A1, A2, and A3, and then, as shown in FIG. 4E, when there is a new node, it will enter. The third layer, as shown in the figure, shows the second layer node A1, A2, A3 after the first layer node A, and then the new node will become the next layer node of the node A1, that is, the third layer node A11.

It is worth mentioning that the addition of the new node A11 may be through the sales node of the first node A, or invited to join, because the system has a limit on the number of links, so it can be arranged at the nearest link distance, and Assigned to the lower node of the second layer node A11. Similarly, the newly added node A11 can also join the system through the second layer node A1, or invite to join, and arrange in the next layer of A1 according to the rules.

4F shows that the first layer node A has a second layer node A1, A2, A3, and the second layer node A1 is connected to the third layer node A11, and the new node becomes a second layer node. The third layer node A21 under A2. The assignment rule of the newly added node A21 is the same as A11.

Figure 4G shows that when there is a new node, under the same calculation rule, the newly added node will become the third layer node A31 under the second layer node A3.

Figure 4H shows that when there are additional nodes, that is, according to the calculation rule, after A31, the newly added node will be connected under the second layer node A1 to become the third layer node A12 shown in the figure.

According to the foregoing embodiment, after the newly added node is sequentially placed, the third layer full amount can be reached, and FIG. 4I further shows the second layer nodes A1, A2, A3 and the second layer node A1 of the first layer node A. The lower layer nodes A11, A12, A13, the third layer nodes A21, A22, A23 under the second layer node A2, and the third layer nodes A31, A32, A33 under the second layer node A3.

In the above diagram of establishing the sales system, the first layer node A is the center, and the lower left, middle, and right lower nodes of the node A can be called the first generation, and the third generation of the lower generation nodes of the first generation are Each of them develops three lower nodes, which are called the second generation.

The vertical structure of the multi-level architecture sales system can be referred to Figure 5, and the number of the distribution hierarchy will be limited by the number of levels to ensure that the system will not be logged, so that the system can be operated for a long time. In this example, the number of links is limited to 3 and A multi-level architecture sales system with a hierarchy of 10.

In FIG. 5, from the first node 501 of the n-10th layer (the first generation, the first node 501 may still become the lower node of other nodes), the development proceeds to the n-9th layer, including The three lower nodes (second generation) of the two nodes 502, and then to the n-8th layer, also develop three nodes in each upper node, a total of nine nodes (third generation). Next to the n-7th layer, 27 nodes including the third node 503 are displayed.

According to the number of hierarchical limits, this is a limit on the number of levels that can limit the first-generation first node 501 to obtain the split-integration. That is, the example shows that the first node 501 can obtain the profit-divided points of all nodes of the n-th layer. , the number of classes in this case The system is 10.

According to an embodiment, each node shown may be a general member node, and the system provides each member to establish a dedicated sales node, so that he and others can purchase the products in the system through the sales node, and generate profit at the node, and can become The on-line node is the basis for the points (profits).

Here is an example to illustrate the way in which the nodes in the multi-level architecture sales system profit from the lower nodes to obtain the points. However, this is only a description of the operation mode of the sales system, and is not intended to limit the scope of the patent.

Each node in the multi-level architecture sales system runs a sales node, which can establish its own lower-level nodes in the specification (including the number of levels and the number of links). When there are new nodes, you can link the new nodes at the distance. For the nearest node position, refer to the examples listed in FIG. 4A to FIG. 4I or FIG.

When the number of classes is limited to 10, each sales node establishes its own lower-level node, and can obtain 5% (the proportion of the profit) of the sales sales of the lower-level sales node line of the lower layer for the next 10 years. As its own points, it is a bonus. Bonus, the node is unable to earn points from the profit of the lower than 10 generations. Limited to 10 generations, or a certain number of class limits can ensure that a node does not run out of volume, but also ensure that the multi-level architecture sales system can continue to operate under certain profits.

It should be noted that when each node wants to obtain the profit of the lower node, the system sets a condition, for example, the node needs to reach a certain amount of sales or invite new members.

In addition, a member can still operate more than one sales node, each node to obtain the distribution or individual to meet the conditions set by the system. This other sales node can also become another lower node of its own, and this lower node can still obtain the points that are profitable from the nodes within the limit of the number of layers.

Next, as shown in the schematic diagram of FIG. 6, the multi-level architecture sales system will establish the connection relationship of the nodes according to the identification code (ID) of each node. In this example, the number of connections is limited to 3.

The figure shows the first generation first node ID1, and the three second generation lower layers are linked down. The point includes a second node ID2, and the second node ID2 is connected to the third generation lower layer node, including the third node ID3, the fourth node ID4, and the fifth node ID5.

When there is a new node, the multi-level architecture sales system will assign an identification code, and the database in the system is recorded, and the node identification code is used as the basis of the index. The multi-level architecture sales system will calculate the points of the upper nodes based on the profit of a node based on these link relationships.

7 is a flow chart showing a method flow for each node to score points in a multi-hierarchy sales system, which is only used to describe an integral of a multi-level architecture sales system executed by a server of the system with one or more processors. The processing program, when one of the nodes of the multi-level architecture sales system generates a profit, starts to calculate the integral of the upper node that is connected to the limit of the number of the hierarchy of the node, wherein the variable is only used for interpretation, not the limiting algorithm .

When there is an nth node to generate profit (step S701), in the process of the distribution calculation, a variable x may be set first, and the initial value is 1 (step S703), thereby limiting the number of levels of the split.

Next, the integration processing program will individually determine whether all of the upper nodes connected to the profitable node by the profitable node are eligible for the points. This example shows that the integration handler determines whether the n-th node (such as n-1) has reached the threshold of separation. (Step S705), if not, indicating that the nx node does not qualify for the split, so that the nx node is not allowed to obtain the score (step S707); otherwise, if the nx node is eligible for the split (yes), the nx node follows The score is obtained in proportion (step S709).

In this repeated process, step S711 is used to determine whether x reaches an upper limit? The upper limit is the number of levels limit. If not, it means that x has not reached the upper limit, that is, 1 (x+1) is added (step S713), and the process returns to step S705; in the process of repeating, x is incremented by 1 each time. Until the upper limit is reached (Yes), the integration processing routine is ended (step S715).

Under this rule, if the upper node of the profitable node is eligible for the score, the score calculated by the profit of the node is obtained; if the upper node does not meet the qualification for obtaining the score, the node cannot be obtained. The points calculated by Lizhong; However, even if there are nodes that do not qualify for points, these nodes do not affect the eligibility of other upper nodes to earn points.

After that, the server of the sales system will record the profit of each node in the database, the integral of all the upper nodes in the limit of the number of nodes connected to the node, and the one or more lower nodes in the limit of the number of connections of each node. Points.

The multi-level architecture sales system will implement a cloud platform, which provides each terminal member with the ability to provide merchandise sales, and the related terminal device can install the reseller software (APP) provided by the system as the "distribution node" portal. In a multi-level architecture sales system, each node runs as a sales node, and Figures 8 and 9 show some graphical user interfaces initiated using a software program.

Figure 8 is a diagram showing an example of a sales software screen running on a terminal device, which shows a terminal device 80, such as a mobile device, or a personal computer, wherein the screen displays a sales article page 801 in which the merchandise is displayed and provided. Browse the user interface of the product, provide information such as name, price, etc. under the product, and provide the function of order purchase.

Another schematic diagram of FIG. 9 is when a consumer purchases a product through a software interface of a sales node, and after the transaction, displays a page 802 of the sales system at the terminal device 80 to provide some information about the consumer joining the sales system. And can guide consumers to join the ranks.

In the distribution rule of the system, the multi-level architecture sales system sets a "one-to-M" sales system, where M is a fixed value, and most of the above embodiments take 3 as an example, and the number of vertical lines is N, N. It is also a fixed value. The above embodiment takes 10 as an example, and is beyond the node that is not classified as a distribution. However, M and N may be changed according to actual operations, for example, FIG. 10 shows that the number of links is limited (horizontal link relationship) to 2; FIG. 11 shows that the number of links of the embodiment is limited to four.

In summary, the specification discloses a multi-level architecture sales system and a method for establishing the sales system, wherein the connection relationship between the nodes is set by a software means of a computer system such as a server, and the number limit is set, including the setting of the new joining node. , Allowing participating members to earn profitable points in their lower nodes under this rule, resulting in a novel sales system that is completed through a computer system.

The above descriptions are only preferred embodiments of the present invention, and all changes and modifications made in accordance with the scope of the patent application of this creation should be covered by this creation.

Claims (8)

A multi-level architecture sales system includes: a server, wherein at least: a node relationship management module, configured to manage a connection relationship of a plurality of nodes in the multi-level architecture sales system, the multi-level architecture sales system nodes The number of nodes in the next layer has a limit on the number of links; a point management module is configured to execute an integral processing program according to the connection relationship of the plurality of nodes, wherein the nodes in the multi-level architecture sales system are within a limit of the number of layers Or the profit of the plurality of lower nodes to obtain the score; and a database for recording the profit of the node each time, the points of all the upper nodes connected to the number limit of the node, and the nodes are within the limit of the number of the links The score obtained by one or more of the lower nodes. The multi-layered architecture sales system of claim 1, wherein the server further comprises: a user management module for managing members of the multi-level architecture sales system, and one or more nodes established by each member; a sales node management module for managing the operation of each node, including processing the golden flow and logistics of each node, and profit and credit; and a server module for providing each node in the multi-level architecture sales system The user interface provides product information and transaction processes through the user interface. The multi-layer architecture sales system of claim 1, wherein the server implements a cloud platform. The multi-level architecture sales system of claim 3, wherein the multi-level architecture sales system is linked to a community system, and the members of the multi-level architecture sales system establish community relations and share information through the community system. The multi-level architecture sales system of claim 3, wherein the multi-level architecture sales system is coupled to a communication system, and the member of the multi-level architecture sales system passes the The communication system delivers information in text, images or audio and video content. The multi-level architecture sales system of claim 1, wherein each node and the upper layer node respectively have an identification code, and are recorded in the database according to the connection relationship. The multi-level architecture sales system of claim 1, wherein the multi-level architecture sales system uses a terminal device as a distribution node portal. The multi-level architecture sales system of any one of claims 1 to 7, wherein each node in the multi-level architecture sales system is a sales node that sells goods in an online store or a physical storefront.