TWI819293B - Transaction feedback method and system for value preserving product - Google Patents

Abstract

A transaction feedback method for a value preserving product is proposed. The transaction feedback method for the value preserving product includes an amount allocating step, a basic value setting step and a profit dividing step. The amount allocating step is performed to obtain an allocated amount. The basic value setting step is performed to set a basic value of at least one product according to a selling price of the at least one product. The profit dividing step is performed to determine at least one profit pre-dividing product from at least one sold product of the at least one product according to a determining rule, and dividing the allocated amount into at least one rebates according to the determining rule, the at least one rebates is corresponding to the at least one profit pre-dividing product. The determining rule includes the selling price of the at least one sold product subtracting an adding rebate bigger than the basic value of the at least one sold product. Thus, the transaction feedback method for the value preserving product preserves the value of the sold product by giving the rebates to the sold product.

Description

Value-preserving commodity transaction feedback method and system

The present invention relates to a transaction feedback method and its system, in particular to a value-preserving commodity transaction feedback method and its system.

When purchasing hedging commodities, their value will fluctuate with external factors such as time or world conditions, and it is difficult to predict their losses or profits. The current value-preserving commodity trading model ends after the consumer makes a transaction with the merchant. The merchant cannot maintain contact with the consumer or perform subsequent value maintenance on the value-preserving commodity after selling the value-preserving commodity. It can be seen from this that there is currently a lack of a value-preserving commodity transaction feedback method and its method in the market that can preserve the value of value-preserving commodities, maintain contact with consumers after the commodities are sold, promote the preservation of the value of the sold commodities, and thereby increase the probability of consumers to consume again. system, so relevant industry players are looking for solutions.

Therefore, the purpose of the present invention is to provide a value-preserving commodity transaction feedback method and its system, which can preserve the value of value-preserving commodities, maintain contact with consumers, and increase the probability of consumers spending again by giving rewards to sold commodities.

According to one embodiment of the method aspect of the present invention, a value-preserving commodity transaction feedback method is provided, which includes the steps of obtaining the amount to be distributed, the step of setting the benchmark value, and the step of dividing profits. The step of obtaining the amount to be distributed is to obtain the amount to be distributed. The benchmark value setting step sets the benchmark value of at least one commodity based on the selling price of at least one commodity. The profit sharing step determines at least one product to be distributed from at least one sold product of at least one product according to the judgment rule, and divides the amount to be distributed into at least one reward fund according to the judgment rule. At least one reward fund corresponds to at least one product to be distributed. moist goods. The judgment rule includes that the selling price of at least one sold product minus the cumulative reward of at least one sold product is greater than the base value of at least one sold product.

In this way, the value-preserving commodity transaction feedback method of the present invention provides rewards for sold commodities, preserves the value of sold commodities, maintains contact with consumers, and increases the probability of consumers making purchases again.

Other examples of the foregoing implementation are as follows: the foregoing value-preserving commodity transaction feedback method further includes a step of depositing the reward money and a step of updating the data. The step of depositing rebate funds is to deposit at least one rebate fund into the account of at least one product to be distributed. The data updating step is to update the accumulated rebates of at least one sold product based on at least one rebate.

Other examples of the aforementioned implementation are as follows: the aforementioned selling price is equal to the current price of at least one commodity multiplied by the first preset ratio. The base value is equal to the real-time price multiplied by the second preset ratio. The second preset ratio is smaller than the first preset ratio.

Other examples of the aforementioned implementation are as follows: the quantity of the aforementioned at least one sold commodity is a plural number. Sold items include the 1st item to the N-1st item. The amount to be allocated comes from the product bonus of the Nth product of at least one product. The profit sharing step selects at least one product to be profit distributed in the order of the 1st item to the N-1 item. N is a positive integer greater than or equal to 3.

Other examples of the foregoing implementation are as follows: the foregoing order is the recommendation priority order. When the owner of one of the sold items recommends at least one of the at least one item to the owner of the Nth item, these items have already been sold. The owner of the item sold has recommendation priority.

Other examples of the aforementioned implementation are as follows: the aforementioned at least one rebate has a single maximum upper limit, and the single maximum upper limit is equal to the selling price of at least one product to be distributed multiplied by the proportion of the upper limit. The base value is equal to the preset repurchase amount of at least one product minus the preset value-added amount.

According to one embodiment of the structural aspect of the present invention, a value-preserving commodity transaction feedback system is provided, which includes a database and a processor. The database includes product name, selling price and base value corresponding to at least one product. The processor signal is connected to the database and includes a module for obtaining the amount to be allocated and a module for dividing profits. The amount to be allocated is obtained by the module to obtain the amount to be allocated. The profit sharing module signal is connected to the module for obtaining the amount to be distributed. The profit sharing module determines at least one product to be profit distributed from at least one sold product of at least one product based on the judgment rules, and divides the amount to be distributed into At least one rebate, and at least one rebate corresponds to at least one product to be profit-sharing. The judgment rule includes that the selling price of at least one sold product minus the cumulative reward of at least one sold product is greater than the base value of at least one sold product.

Thereby, the value-maintained commodity transaction feedback system of the present invention provides rewards for sold commodities, maintains the value of sold commodities, maintains contact with consumers, and increases the probability of consumers making purchases again.

Other examples of the aforementioned implementation are as follows: the aforementioned processor further includes a reference value setting module, a reward deposit module and a data update module. The benchmark value setting module receives the selling price and sets the benchmark value of at least one product based on the selling price. The rebate deposit module signal is connected to the profit sharing module, and the rebate deposit module receives at least one rebate and deposits it into the account of at least one product to be distributed. The data update module signal is connected to the rebate deposit module, and the data update module updates the accumulated rebate of at least one sold product based on at least one rebate.

Other examples of the aforementioned implementation are as follows: the aforementioned selling price is equal to the current price of at least one commodity multiplied by the first preset ratio. The base value is equal to the real-time price multiplied by the second preset ratio, and the second preset ratio is smaller than the first preset ratio.

Other examples of the aforementioned implementation are as follows: the quantity of the aforementioned at least one sold commodity is a plural number. These sold items include the 1st item to the N-1st item. The amount to be allocated comes from the product bonus of the Nth product of at least one product. The profit sharing module selects at least one product to be profit distributed in the order of the 1st item to the N-1th item. N is a positive integer greater than or equal to 3.

Other examples of the foregoing implementation are as follows: the foregoing order is the recommendation priority order. When the owner of one of the sold items recommends at least one of the at least one item to the owner of the Nth item, these items have already been sold. The owner of the item sold has recommendation priority.

Other examples of the aforementioned implementation are as follows: the aforementioned at least one rebate has a single maximum upper limit, and the single maximum upper limit is equal to the selling price of at least one product to be distributed multiplied by the proportion of the upper limit. The base value includes the preset repurchase amount of at least one product minus the preset value-added amount.

Several embodiments of the present invention will be described below with reference to the drawings. For the sake of clarity, many practical details will be explained together in the following narrative. However, it will be understood that these practical details should not limit the invention. That is to say, in some embodiments of the present invention, these practical details are not necessary. In addition, in order to simplify the drawings, some commonly used structures and components will be illustrated in a simple schematic manner in the drawings; and repeated components may be represented by the same numbers.

In addition, when a certain component (or unit or module, etc.) is "connected" to another component in this article, it may mean that the component is directly connected to the other component, or it may mean that one component is indirectly connected to the other component. , meaning that there are other elements between the said element and another element. When it is stated that an element is "directly connected" to another element, it means that no other elements are interposed between the element and the other element. Terms such as first, second, third, etc. are only used to describe different components without limiting the components themselves. Therefore, the first component can also be renamed the second component. Moreover, the combination of components/units/circuit in this article is not a combination that is generally known, conventional or customary in this field. Whether the component/unit/circuit itself is common knowledge cannot be used to determine whether its combination relationship is easily understood by those in the technical field. Usually it is easily accomplished by the knowledgeable.

Please refer to Figure 1. Figure 1 is a schematic flowchart illustrating the value-preserving commodity transaction feedback method 100 according to the first embodiment of the present invention. The value-preserving commodity transaction feedback method 100 includes a step of obtaining the amount to be distributed S10, a reference value setting step S20, and a profit sharing step S30.

The step S10 of obtaining the amount to be distributed obtains an amount to be distributed. Specifically, the amount to be allocated is used to allocate to the value-preserving products that have been sold before, so as to maintain the value of the value-preserving products that have been sold before. The source of the amount to be allocated can be the profits of the currently sold value-preserving products, third-party advertising fees or sponsorship fees from sponsors, or any source of income. The value-preserving products can be precious metals, precious metal products, diamonds, gems, and watches. However, The present invention is not limited to this.

The benchmark value setting step S20 sets the benchmark value of at least one commodity based on the selling price of the at least one commodity. Specifically, the reference value setting step S20 sets a reference value for the product based on the selling price of the product. The base value can be a fixed value, proportional to the selling price, or a proportion of the real-time price of the product. In the first embodiment of the present invention, the selling price is the real-time price of the commodity multiplied by the first preset ratio; the base value is a certain value. Specifically, the real-time price can be the international precious metal exchange or quotation server of the hedging commodity. The price announced by the device can also be the market quotation of the value-preserving product. The benchmark value can be a proportion of the real-time price of the product, the selling price of the dealer, the cost price of the store, or the transaction price with upstream manufacturers. The above-mentioned base value, real-time price or preset ratio can be input and adjusted according to needs, and the present invention is not limited thereto.

The profit sharing step S30 determines at least one product to be profit distributed from at least one sold product of at least one product according to the judgment rule 31, and divides the amount to be distributed into at least one rebate according to the judgment rule 31. At least one rebate corresponds to at least one product to be distributed. The judgment rule 31 includes that the selling price of at least one sold product minus the accumulated reward of at least one sold product is greater than the base value of at least one sold product. In other words, Judgment Rule 31 is used to judge whether each sold product is eligible for value preservation this time. When the accumulated reward of each sold product meets the conditions of Judgment Rule 31 (that is, at least one sold product The selling price minus the accumulated rewards of at least one sold product is greater than the base value of at least one sold product), and the sold products are defined as profit-sharing products that can receive rewards. It is worth mentioning that the reward money can also be replaced by precious metals or virtual currencies of equivalent value, but the present invention is not limited to this.

Please refer to Figure 1, Figure 2 and Table 1 together. Figure 2 is a schematic polyline diagram illustrating the profit sharing step S30 in the embodiment of Figure 1; Table 1 shows a single product W to be profit divided through the profit sharing step. S30 Judgment Rule 31 at different times t. t is the time; A(t) is the accumulated rebate; P is the selling price; B is the base value; F(t) is the amount to be distributed; G(t) is the rebate. Among them, the accumulated reward A(t) is the sum of the reward G(0)~the reward G(t-1) from time 0 to time t-1. The accumulated reward A(t) is also equal to time t-1. The accumulated reward A(t-1) and the reward G(t-1) at the time are added together. The calculation rule of the accumulated reward A(t) complies with the formula (1): (1).

The unit of selling price P, accumulated rebate A(t), base value B, real-time price and rebate G(t) in Figure 2 is thousands. It can be seen from Table 1 that the selling price P is 8,000; the base value is 5,000; at time t=0, the product W to be distributed meets the judgment rule 31, that is, the product W to be distributed is qualified for value preservation and can be obtained The reward G(0) (i.e. 2,000); on the contrary, the product W to be distributed does not meet the judgment rule 31 at time t=2, that is, the product W to be distributed does not meet the qualifications for value preservation, so no feedback will be given Gold G(2) (i.e. 0). Table 1 t A(t) PA(t) B Judgment Rule 31 F(t) G(t) 0 0 8-0 5 8>5 consistent 2 2 1 2 8-2 5 6>5 consistent 1 1 2 3 8-3 5 5=5 does not meet 1 0 3 3 8-3 5 5=5 does not meet 2 0 4 3 8-3 5 5=5 does not meet 3 0 5 3 8-3 5 5=5 does not meet 1 0 6 3 8-3 5 5=5 does not meet 1 0 7 3 8-3 5 5=5 does not meet 2 0 8 3 8-3 5 5=5 does not meet 1 0

The value-preserving commodity transaction reward method 100 further includes a reward deposit step S40 and a data update step S50. The rebate fund depositing step S40 is to deposit at least one rebate fund G(t) into the account of at least one product W to be profit-sharing. The data updating step S50 is to update the accumulated reward A(t) of at least one sold product based on at least one reward G(t). Specifically, the reward deposit step S40 deposits the reward G(t) distributed from the product W to be divided into the account of the buyer of the product W to be divided. The data update step S50 adds the previous distributed reward G(t-1) and the previous accumulated accumulated reward A(t-1) to obtain this current accumulated reward A(t). Thereby, the value-preserving commodity transaction feedback method 100 of the present invention maintains the value of the value-preserving commodity by giving a reward G(t) to the sold commodity. In other embodiments of the present invention, the reference value setting step can also be executed after the product is sold. The execution order of each step is not limited, and the invention is not limited thereto.

Please refer to Figure 3 and Table 2 together. Figure 3 is a schematic polyline diagram illustrating the profit sharing steps of the value-preserving commodity transaction feedback method 100a according to the second embodiment of the present invention; the value-preserving commodity transaction feedback method 100a includes the steps of obtaining the amount to be distributed, Benchmark value setting steps, profit sharing steps, rebate deposit steps and data update steps. In this embodiment, the step of obtaining the amount to be distributed, the step of setting the base value, the step of depositing the rebate and the step of updating the data are respectively the same as the steps of obtaining the amount to be distributed and the step of setting the base value in the first embodiment of Figures 1 and 2. S20, rebate deposit step S40 and data update step S50 are the same and will not be described again. In particular, the reference value B(t) of the judgment rule of the profit sharing step of the value-preserving commodity transaction feedback method 100a of the second embodiment is the real-time price multiplied by the second preset ratio. In this embodiment, the first preset ratio The ratio may be 0.8, and the second preset ratio may be 0.5. In this case, the second preset ratio is smaller than the first preset ratio. The above-mentioned reference value B(t), real-time price or preset ratio can be input and adjusted according to needs, and the present invention is not limited thereto. Table 2 shows the judgment rules for a single product X to be profit divided at different times t through the profit dividing steps. t is the time; P is the selling price; A(t) is the accumulated rebate; B(t) is the base value; F(t) is the amount to be distributed; G(t) is the rebate. The accumulated reward A(t) is the sum of the rewards G(0)~G(t-1) at time t=0~t-1. The calculation rules of the accumulated reward A(t) are the same as those in the first embodiment. The calculation rules for the accumulated rebate A(t) (i.e. formula (1)) are the same. The selling price P, accumulated rebate A(t), base value B(t), real-time price and rebate G(t) in Figure 3 and Table 2 are in thousands. It can be seen from Table 2 that the selling price P is 8,000; the base value B(t) is the real-time price multiplied by 0.5; the product X to be distributed meets the judgment rules at time t=2, and the product Qualification for value preservation. In addition, the reward G(t) that can be obtained in a single transaction from the product t)-B(t) (2); In order to comply with the limit limit of formula (2), at time t=2, the reward G(t) of product X to be distributed cannot exceed 0.5 thousand (i.e. 8 thousand-2 Thousand-5.5 thousand). On the contrary, the selling price P of product According to the rules, the product Table 2 t A(t) PA(t) B(t) Judgment Rule 31 F(t) G(t) 0 0 8-0=8 5 8>5 consistent 1 1 1 1 8-1=7 5 7>5 consistent 1 1 2 2 8-2=6 5.5 6>5.5 Compliant 1 0.5 3 2.5 8-2.5=5.5 5.5 5.5=5.5 does not match 1 0 4 2.5 8-2.5=5.5 5 5.5>5 consistent 1 0.5 5 3 8-3=5 4 5>4 consistent 1 1 6 4 8-4=4 4 4=4 does not meet 1 0 7 4 8-4=4 3.5 4>3.5 consistent 1 0.5 8 4.5 8-4.5=3.5 4 3.5＜4 does not meet 1 0 9 4.5 8-4.5=3.5 2.5 3.5>2.5 consistent 2 1 10 5.5 8-5.5=2.5 1.5 2.5>1.5 consistent 2 1

Please refer to Figure 4. Figure 4 is a schematic polyline diagram illustrating the profit sharing steps of the value-maintained commodity transaction feedback method 100b according to the third embodiment of the present invention; the value-maintained commodity transaction feedback method 100b includes the steps of obtaining the amount to be distributed, the benchmark value setting step, the profit sharing step, and the feedback Fund deposit steps and data update steps. In this embodiment, the steps of obtaining the amount to be distributed, setting the base value, depositing the rebate money, and updating the data are respectively the same as the steps of obtaining the amount to be distributed, setting the base value, depositing the rebate money, and updating the data in the second embodiment. The steps for updating data are the same and will not be repeated. In particular, the base value B(t) of the judgment rule of the profit sharing step of the value-preserving commodity transaction feedback method 100b of the third embodiment is equal to the preset repurchase amount R(t) of at least one commodity minus the preset value-added amount V . In other words, the judgment rule is that the selling price P of at least one sold product minus the accumulated rebate A(t) of at least one sold product is greater than the preset repurchase amount R(t) of at least one sold product. Subtract the preset value-added amount V.

Please refer to Figure 4 and Table 3 together. Table 3 shows the judgment rules of a single commodity Y to be profit-distributed at different times t through the profit-distribution step of the value-preserving commodity transaction feedback method 100b. t is time; P is selling price; A(t) is accumulated rebate; B(t) is base value; R(t) is preset repurchase amount; V is preset value-added amount; G(t) is rebate Gold, selling price P, accumulated rebate A(t), base value B(t), default repurchase amount R(t), preset appreciation amount V, amount to be distributed F(t) and rebate G(t) ) is expressed in thousands. In this implementation, the real-time price is based on the price announced by the International Precious Metals Exchange on that day. The reward G(t) that can be obtained in a single transaction for commodity Y to be distributed has a limit. The limit of the reward G(t) is The limit of the amount of the reward G(t) in the second embodiment (i.e., formula (2)) is the same. The selling price P is the current price of the product Y to be divided when it is sold multiplied by the first preset ratio. At this time The first preset ratio is 0.8, the preset repurchase amount R(t) is the real-time price multiplied by 0.65, the preset value-added amount V is a certain value of 1.5 thousand, and the base value B(t) = the preset repurchase amount R( t)-the default value-added amount V. It can be seen from Table 3 that the product Y to be distributed meets the judgment rules at time t=0, and the product Y to be distributed meets the limit of the reward G(t), so the actual reward G that can be obtained by the product Y to be distributed is (0) is 2,000; the product Y to be distributed meets the judgment rules at time t=4. Since the amount of the reward G(4) for the product Y to be distributed is limited to 1.3 thousand at time t=4, the amount to be distributed is 1.3 thousand. The actual rebate G(4) available for profit-sharing product Y is 1.3 thousand, and the remaining 0.7 thousand after subtracting the rebate G(4) from the amount F(4) to be distributed will be allocated to another product to be profit-sharing. The product Y to be distributed does not meet the judgment rules at time t=1, which means that the accumulated reward A(1) of product Y to be distributed at time t=1 has reached the value-added limit preset in the value-preserving commodity transaction reward method 100b. ; On the contrary, the product Y to be distributed meets the judgment rules at time t=2 and can be distributed with the reward G(2). table 3 t A(t) PA(t) R(t)-V =B(t) Judgment rules F(t) G(t) 0 0 8-0 =8 6.5-1.5 =5 8>5 consistent 2 2 1 2 8-2 =6 7.8-1.5 =6.3 6<6.3 does not meet 2 0 2 2 8-2 =6 6.5-1.5 =5 6>5 consistent 1 1 3 3 8-3 =5 6.5-1.5 =5 5=5 does not meet 2 0 4 3 8-3 =5 5.2-1.5 =3.7 5＞3.7 Compliant 2 1.3 5 4.3 8-4.3 =3.7 5.85-1.5 =4.35 3.7＜4.35 does not meet 1 0 6 4.3 8-4.3 =3.7 4.55-1.5 =3.05 3.7>3.05 Compliant 2 0.65 7 4.95 8-4.95 =3.05 4.55-1.5 =3.05 3.05=3.05 does not match 3 0 8 4.95 8-4.95 =3.05 2.6-1.5 =1.1 3.05＞1.1 Compliant 3 1.95 9 6.9 8-6.9 =1.1 1.3-1.5 =-0.2 1.1>-0.2 consistent 3 1.3 10 8.2 8-8.2 =-0.2 2.6-1.5 =1.1 -0.2<1.1 does not meet 2 0 11 8.2 8-8.2 =-0.2 0.32-1.5 =-1.18 -0.2>-1.18 consistent 2 0.98

Thereby, the value-preserving commodity transaction reward method 100b of the present invention gives the sold commodity reward G by adjusting the base value B(t) to the preset repurchase amount R(t) of at least one commodity minus the preset value-added amount V. (t), maintain and increase the value of value-preserving commodities.

Please refer to Figure 5. Figure 5 is a schematic polyline diagram illustrating the profit sharing steps of the value-maintained commodity transaction feedback method 100c according to the fourth embodiment of the present invention; the value-maintained commodity transaction feedback method 100c includes the steps of obtaining the amount to be distributed, the benchmark value setting step, the profit sharing step, and the feedback Fund deposit steps and data update steps. In this embodiment, the steps of obtaining the amount to be distributed, the step of setting the base value, the step of depositing the rebate money, and the steps of updating the data are respectively the same as the steps of obtaining the amount of money to be distributed, the step of setting the base value, and the step of rebate money in the third embodiment of Figure 4. The steps for saving and updating data are the same and will not be described again. In particular, the preset value-added amount in the profit sharing step of the value-preserving commodity transaction feedback method 100c of the fourth embodiment is a preset value-added proportion value V(t). In other words, the judgment rule is that the selling price P of at least one sold product minus the accumulated rebate A(t) of at least one sold product is greater than the preset repurchase amount R(t) of at least one sold product. Subtracting the preset value-added ratio value V(t), the preset value-added ratio value V(t) will fluctuate with the real-time price.

Please refer to Figure 5 and Table 4 together. Table 4 shows the judgment rules of a single commodity Z to be profit-distributed at different times t through the profit-distribution step of the value-preserving commodity transaction feedback method 100c. t is the time; P is the selling price; A(t) is the accumulated rebate; R(t) is the preset repurchase amount; V(t) is the preset value-added ratio; the amount to be distributed is F(t); G (t) is the rebate, the selling price P, the accumulated rebate A(t), the default repurchase amount R(t), the preset appreciation ratio value V(t), the amount to be distributed F(t) and the rebate G The unit of (t) is thousands. In this implementation, the real-time price is based on the price announced by the commodity exchange on that day. The selling price P is the real-time price of the commodity Z to be distributed when it is sold multiplied by the first preset ratio. At this time, the first preset The ratio is 0.9, the preset repurchase amount R(t) is the real-time price multiplied by 0.7, and the preset value-added ratio value V(t) is the real-time price multiplied by 0.2. The above proportions and amounts can be adjusted according to needs, and the present invention is not limited thereto. Table 4 t A(t) PA(t) R(t)-V(t) =B(t) Judgment rules F(t) G(t) 0 0 9-0 =9 7-2 =5 9>5 consistent 1 1 1 1 9-1 =8 7.7-2.2 =5.5 8>5.5 Compliant 1 1 2 2 9-2 =7 8.4-2.4 =6 7>6 consistent 5 1 3 3 9-3 =6 9.8-2.8 =7 6<7 does not meet 3 0 4 3 9-3 =6 6.3-1.8 =4.5 6>4.5 Compliant 3 1.5 5 4.5 9-4.5 =4.5 4.9-1.4 =3.5 4.5>3.5 consistent 3 1 6 5.5 9-5.5 =3.5 2.8-0.8 =2 3.5>2 consistent 2 1.5 7 7 9-7 =2 1.4-0.4 =1 2>1 consistent 2 1 8 8 9-8 =1 2.1-0.6 =1.5 1<1.5 does not meet 3 0

Thereby, the value-preserving commodity transaction reward method 100c of the present invention gives the sold commodity reward G by adjusting the base value to the preset repurchase amount R(t) of at least one commodity minus the preset value-added ratio value V(t). (t), maintain and increase the value of value-preserving commodities.

Please refer to Figure 1 and Figure 6 together. Figure 6 is a block diagram illustrating a value-preserving commodity transaction feedback system 200 according to the fifth embodiment of the present invention. The value-preserving commodity transaction feedback system 200 includes a database 300 and a processor 400 . The database 300 includes the product name, selling price and benchmark value corresponding to at least one product.

The processor 400 signals are connected to the database 300 . The processor 400 includes an amount to be distributed obtaining module 410, a profit sharing module 420, a benchmark value setting module 430, a reward deposit module 440, a data update module 450 and a real-time quotation obtaining module 460. Specifically, the database 300 and the processor 400 can be components of a mobile device or a cloud device or a server. The database 300 can be a memory or storage device, and the processor 400 can be a central processing unit (CPU). Or a cloud computing device, but the present invention is not limited thereto.

The module 410 for obtaining the amount to be distributed is used to execute step S10 of obtaining the amount to be distributed and obtain the amount to be distributed.

The profit sharing module 420 is connected via a signal to the module 410 for obtaining the amount to be distributed, and receives the product name, selling price and base value corresponding to at least one product. The profit sharing module 420 is used to execute the profit sharing step S30, and determine at least one product to be profit shared from at least one sold product of the at least one product according to the judgment rule, and divide the amount to be distributed into at least one reward according to the judgment rule. Gold, at least one reward gold corresponds to at least one product to be distributed.

The benchmark value setting module 430 is connected with the profit sharing module 420 via signals. The benchmark value setting module 430 is used to execute the benchmark value setting step S20, receive the selling price of at least one product, and set the benchmark value of at least one product based on the selling price.

The feedback fund depositing module 440 is connected with the profit sharing module 420 via a signal. The feedback fund depositing module 440 is used to execute the feedback fund depositing step S40, and after receiving at least one feedback fund, deposits it into an account of at least one product to be profit divided. .

The signal of the data update module 450 is connected to the rebate deposit module 440. The data update module 450 is used to execute the data update step S50 and update the accumulated rebate of at least one sold product based on at least one rebate.

The signal of the real-time quotation acquisition module 460 is connected to the benchmark value setting module 430. The value-maintained commodity trading feedback system 200 connects to the international precious metal exchange, the quotation server or the commodity exchange through the real-time quotation acquisition module 460 signal to obtain the real-time price. The user also You can enter or adjust real-time prices by yourself through the real-time quotation acquisition module 460.

In the fifth embodiment of the present invention, the quantity of at least one sold commodity is a plurality. The sold commodities include the 1st commodity to the N-1th commodity, and the source of the amount to be distributed is the Nth commodity currently sold. Product bonus for this product. The profit sharing module 420 selects the products to be profit distributed in order from the 1st item to the N-1th item. Where N is a positive integer greater than or equal to 3. In other words, the module 410 for obtaining the amount to be distributed uses part of the product bonus of the Nth item currently sold as the amount to be distributed for the value-preserved commodity transaction feedback system 200 . The profit sharing module 420 selects the products that meet the judgment rules from the 1st product to the N-1th product according to the judgment rules to become the products to be profit distributed, and divides the product bonus of the Nth product currently sold into order. Rebates allocated to products to be distributed. In other embodiments of the present invention, the source of the amount to be distributed may also be part of the product dividend of the Nth item currently sold, but the present invention is not limited to this.

Please refer to Table 5. Table 5 shows the real-time price i(t), selling price P, and base value B(t) of the first to fourth items of the value-maintained commodity transaction feedback system 200 at time t=1~4. And the maximum single transaction limit of reward G(t) is G _max . The rebate G(t) has a single maximum upper limit G _max , and the single maximum upper limit G _max is the selling price P of the product to be distributed multiplied by the ratio of the upper limit. In this embodiment, the judgment rule is that the selling price P of each sold product minus the cumulative reward A(t) of each sold product is greater than the base value B(t) of each sold product; and the reward G(t) must meet both the quota limit of the above formula (2) and the maximum single transaction limit G _max . The first item is sold at time t=0; the second item is sold at time t=1; the third item is sold at time t=2; the fourth item is sold at time t=3 out. It is worth mentioning that when there are multiple products to be distributed that meet the judgment rules, the amount to be distributed will be divided into at least one reward, and the reward will be allocated to the products to be distributed in the order in which they are sold. It can be seen from Table 5 that the benchmark value B(t) of D-grade diamonds and gold jewelry is a fixed value and will not change with time t; however, the benchmark value B(t) of H-grade diamonds and gold nuggets changes with the real-time price i. table 5 Product name D grade diamond (1st item) H grade diamond (2nd item) Gold jewelry (3rd item) Gold Nuggets (4th item) i(1) 35000 210000 - - i(2) 40000 200000 - - i(3) 37500 230000 20000 - i(4) 30000 230000 10800 300000 P 35000 210000 10800 300000 B(t) 30000 i ₂ (t)*0.85 8000 i ₄ (t)*0.95 G _max - G ₂ max =P ₂ *3% =6300 - G ₄ max =P ₄ *3% =9000

Please refer to Table 5 and Table 6 together. Table 6 is a statistical table of the value-preserving commodity transaction feedback system 200 at time t=1. At time t=1, the item sold is the first item, and the amount F(1) to be distributed comes from part of the dividend of the second item sold at time t=1, because the first item complies with the judgment rules , and the total amount F(1) to be allocated will be allocated to the reward G ₁ (1) of the first product after the first product, which meets the limit of the reward (i.e. G ₁ (1) ≤ 35000-0-30000 ), and the first item does not have the single maximum upper limit G _max of reward G ₁ (t), so the reward G ₁ (1) obtained for the first item is 5,000. Table 6 Items sold The 1st item Amount to be distributed F(1) 5000 Product name D grade diamond P P ₁ =35000 B(1) B ₁ (1)=30000 G(1) G ₁ (1)=5000 A(1) 0 Judgment rule: The selling price P minus the accumulated reward A(1) is greater than the base value B(1) The first item: 35000-0>30000 (conforming)

Please refer to Table 5 and Table 7 together. Table 7 is a statistical table of the value-preserving commodity transaction feedback system 200 at time t=2. At time t=2, the amount F(2) to be distributed is part of the dividend of the third item sold at this time. According to the order of sales, first determine whether the first item meets the judgment rules at time t=2. At this time, the first product does not meet the judgment rules, so the reward G ₁ (2) of the first product is 0, and then it is judged whether the second product meets the judgment rules. At this time, the second product complies with the judgment rules, and The amount F(2) to be distributed at this time does not exceed the maximum single transaction limit G _2max of the second item’s reward G ₂ (t), and it also meets the limit of the reward G ₂ (2) (i.e. G ₂ ( 2)≤210000-0-200000), so the reward G ₂ (2) for the second item is 500. Table 7 Items sold The 1st item The 2nd item Amount to be allocated F(2) 500 Product name D diamond H grade diamond P P ₁ =35000 P ₂ =210000 B(2) B ₁ (2) =30000 B ₂ (2)=i ₂ (2)*0.85 =200000*0.85 =170000 G(2) G ₁ (2)=0 G ₂ (2)=500 A(2) A ₁ (2)=5000 A ₂ (2)=0 Judgment rule: Selling price P minus accumulated reward A(2) is greater than the base value B(2) The first item: 35000-5000=30000 (not qualified) The second item: 210000-0>170000 (conforming)

Please refer to Table 5 and Table 8 together. Table 8 lists the statistical table of the value-preserved commodity transaction feedback system 200 at time t=3. At time t=3, the amount to be distributed F(3) is part of the dividend of the fourth item sold at this time. At time t=3, the first item does not meet the judgment rules, so the first item The reward G ₁ (3) is 0; the second product complies with the judgment rules, and if the amount F (3) to be allocated is fully allocated to the second product, the reward G ₂ (3) obtained from the second product ) still meets the limit of the reward amount G ₂ (3) (i.e. G ₂ (3) ≤ 210000-500-195500), but is greater than the limit of the single maximum limit of the reward amount for the second item, G _2max (i.e. 6300) , so the reward G ₂ (3) for the second item is 6300 (that is, the maximum limit for a single transaction G _2max ). The third product also complies with the judgment rules, so the remaining amount 1700 to be allocated will be used to distribute to the third product, that is, the reward G ₃ (3) for the third product is 1700. Table 8 Items sold The 1st item The 2nd item The 3rd item Amount to be distributed F(3) 8000 Product name D diamond H grade diamond gold jewelry P P ₁ =35000 P ₂ =210000 P ₃ =10800 B(3) B ₁ (3)=30000 B ₂ (3) =i ₂ (3)*0.85 =195500 B ₃ (3)=8000 G(3) G ₁ (3)=0 G ₂ (3)=6300 G ₃ (3)=1700 A(3) A ₁ (3)=5000 A ₂ (3)=500 A ₃ (3)=0 Judgment rule: Selling price P minus accumulated reward A(3) is greater than the base value B(3) The first item: 35000-5000=30000 (not qualified) The second item: 210000-500>195500 (conforming) The third item: 10800-0>8000 (matched)

Please refer to Table 5 and Table 9 together. Table 9 is a statistical table of the value-preserving commodity transaction feedback system 200 at time t=4. At time t=4, since the first item does not meet the judgment rules, the amount F(4) to be allocated will be allocated to the second item first, and the second item complies with the judgment rules and satisfies the second item at the same time. The amount limit of the reward G ₂ (4) (i.e. G ₂ (4) ≤ 210000-6800-195500) and the maximum single transaction limit of the reward G ₂ (4) G _2max (i.e. 6300), at this time the reward G The maximum value of ₂ (4) is the smaller of the quota limit and the maximum single transaction limit G _2max , but the amount to be allocated F (4) is 6,000, so the reward G ₂ (4) for the second product is 6,000. Since there is no remaining balance after the amount F(4) to be allocated is allocated to the second item, it will no longer be allocated to the third item and the fourth item. Thereby, the value-maintaining commodity transaction feedback system 200 of the present invention promotes the preservation and appreciation of the value of the sold commodities by allocating the rewards to the commodities to be distributed according to the order in which the commodities are sold. Table 9 Items sold The 1st item The 2nd item The 3rd item The 4th item Amount to be distributed F(4) 6000 Product name D diamond H grade diamond gold jewelry gold nugget P P ₁ =35000 P ₂ =210000 P ₃ =10800 P ₄ =300000 B(t) B ₁ (4) =30000 B ₂ (4) i ₂ (4)*0.85 =195500 B ₃ (4) =8000 B ₃ (4)= i ₄ (4)*0.95 =285000 G(4) G ₁ (4) =0 G ₂ (4) =6000 G ₃ (4) =0 G ₄ (4)=0 A(4) A ₁ (4) =5000 A ₂ (4) =6800 A ₃ (4) =1700 A ₄ (4)=0 Judgment rule: Selling price P minus accumulated reward A(t) is greater than the base value B(t) The first item: 35000-5000=30000 (not qualified) The second item: 210000-6800>195500 (conforming) The third item: 10800-1700>8000 (matched) The 4th item: 300000-0>285000 (matched)

In other embodiments of the present invention, the order in which the profit sharing module selects the products to be distributed may be the recommendation priority order. When the owner of one of the sold products recommends at least one of the products to the owner of the Nth product, In the case of one, the owner of one of the sold items has priority in recommendation. In other words, when one of the buyers of the sold goods recommends the goods of the value-maintained commodity trading reward system of the present invention to others, and the recommended person makes consumption in the value-maintained commodity trading reward system of the present invention, the sold goods The owner can have the recommended priority when performing the profit sharing step in the profit sharing module and receive the reward first. In other embodiments of the present invention, the order of profit sharing may be the order of consumption, the amount of consumption, or the priority of consumption types, but the present invention is not limited thereto.

It can be seen from the above embodiments that the present invention has the following advantages: First, the value-maintained commodity transaction feedback method of the present invention provides rewards for sold commodities, preserves the value of sold commodities, maintains contact with consumers, and increases the number of consumers. The probability of re-consumption; secondly, by adjusting the base value to the preset repurchase amount of at least one commodity minus the preset value-added amount to give a reward for the sold goods to maintain and increase the value of the value-preserved commodity; thirdly, by The adjustment base value is the preset repurchase amount of at least one commodity minus the preset value-added ratio value to give a reward to the sold goods to preserve and increase the value of the value-preserved commodity; fourthly, the value-preserved commodity transaction feedback system of the present invention is based on In the order in which the goods are sold, the reward money will be allocated to the goods to be profit-distributed to increase the probability of consumers spending in the value-preserving commodity trading feedback system, so as to obtain more feedback money and promote the preservation and appreciation of the value of the sold goods.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone skilled in the art can make various modifications and modifications without departing from the spirit and scope of the present invention. Therefore, the protection of the present invention is The scope shall be determined by the appended patent application scope.

100: Reward method for value-preserving commodity transactions S10: Steps to obtain the amount to be distributed S20: Reference value setting steps S30: profit sharing step S40: Steps for depositing rebate funds S50: Data update steps 31: Judgment rules 200: Value-preserving commodity trading feedback system 300:Database 400: Processor 410: Want to allocate the amount to obtain the module 420: profit sharing module 430: Reference value setting module 440: Rebate deposit module 450:Data update module 460: Real-time quotation acquisition module t: time A(t): Accumulated rewards B, B(t): base value P:Price R(t): Default repurchase amount V(t): preset value-added proportion value

Figure 1 is a schematic flow chart illustrating a value-preserving commodity transaction feedback method according to the first embodiment of the present invention; Figure 2 is a broken line schematic diagram illustrating the moistening steps of the embodiment of Figure 1; Figure 3 is a schematic polyline diagram illustrating the profit sharing steps of the value-preserving commodity transaction feedback method according to the second embodiment of the present invention. ; Figure 4 is a schematic polyline diagram illustrating the profit sharing steps of the value-preserving commodity transaction feedback method according to the third embodiment of the present invention; Figure 5 is a schematic polyline diagram illustrating the profit sharing steps of the value-preserving commodity transaction feedback method according to the fourth embodiment of the present invention; and Figure 6 is a block diagram illustrating a value-preserving commodity transaction feedback system according to the fifth embodiment of the present invention.

100: Reward method for value-preserving commodity transactions

S10: Steps to obtain the amount to be distributed

S20: Reference value setting steps

S30: profit sharing step

S40: Steps for depositing rebate funds

S50: Data update steps

31: Judgment rules

Claims (12)

A value-preserving commodity transaction feedback method includes: a step of obtaining an amount to be distributed, driving a processor to obtain an amount to be distributed from a database; a benchmark value setting step, driving the processor to set the amount based on a real-time price of at least one commodity A benchmark value of at least one commodity; a profit sharing step that drives the processor to judge at least one product to be profit-sharing from at least one sold product of the at least one commodity according to a judgment rule, and to divide the profit-sharing product according to the judgment rule. The distribution amount is divided into at least one rebate, and the at least one rebate corresponds to at least one product to be distributed, wherein the judgment rule includes one selling price of the at least one sold product minus one of the at least one sold product The accumulated rebate is greater than the base value of the at least one sold product; and a data update step drives the processor to update the accumulated rebate of the at least one sold product based on the at least one rebate. The value-preserving product transaction feedback method described in claim 1 further includes: a step of depositing a reward fund, which drives the processor to deposit the at least one reward fund into an account of the at least one product to be distributed. The value-preserving commodity transaction reward method as described in claim 1, wherein the selling price is equal to the real-time price of the at least one commodity multiplied by a first preset ratio; and The base value is equal to the real-time price multiplied by a second preset ratio, and the second preset ratio is smaller than the first preset ratio. The value-preserving commodity transaction feedback method described in request item 1, wherein the quantity of the at least one sold commodity is plural; the sold commodities include a 1st commodity to an N-1th commodity; the desired commodity The distribution amount comes from a product bonus of the N-th product of the at least one product; and the profit sharing step selects the at least one product to be profit-distributed in order from the 1st product to the N-1 product; wherein , the N is a positive integer greater than or equal to 3. The value-preserving commodity transaction feedback method described in claim 4, wherein the order is a recommendation priority order, when an owner of one of the sold commodities recommends the at least one to an owner of the Nth commodity When at least one of the goods is sold, the owner of the sold goods has the recommendation priority. The value-preserving commodity transaction reward method described in claim 1, wherein the at least one reward has a single maximum upper limit, and the single maximum upper limit is equal to the selling price of the at least one profit-to-be-distributed product multiplied by an upper limit ratio; and the base value is equal to the preset repurchase amount of the at least one commodity minus a preset Set value-added amount. A value-preserving commodity transaction feedback system includes: a database including a product name corresponding to at least one product, a selling price, a real-time price and a benchmark value; and a processor with signals connected to the database, the processor including : A module for obtaining an amount to be distributed, obtaining an amount to be distributed; a benchmark value setting module, receiving the real-time price, and setting the benchmark value of at least one commodity based on the real-time price; a profit-sharing module, signal connection The module for obtaining the amount to be distributed determines at least one product to be distributed from at least one sold product of the at least one product based on a judgment rule, and divides the amount to be distributed into At least one rebate, the at least one rebate corresponding to at least one product to be distributed, wherein the judgment rule includes the selling price of the at least one sold product minus the accumulated rebate of the at least one sold product is greater than The base value of the at least one sold product; and a data update module with a signal connected to the profit sharing module. The data update module updates the accumulated value of the at least one sold product based on the at least one rebate. Rebate money. As for the value-preserving commodity transaction feedback system described in claim 7, the processor further includes: a feedback fund deposit module, the signal is connected to the profit sharing module, and the feedback fund deposit module receives and stores the at least one reward fund Enter at least one of the commodities to be distributed One account. The value-preserving commodity transaction feedback system described in claim 7, wherein the selling price is equal to the real-time price of the at least one commodity multiplied by a first preset ratio; and the base value is equal to the real-time price multiplied by a second preset ratio. Assuming a ratio, the second preset ratio is smaller than the first preset ratio. The value-preserving commodity transaction feedback system described in request item 7, wherein the quantity of at least one sold commodity is plural; the sold commodities include a 1st commodity to an N-1th commodity; the desired commodity The distribution amount comes from a product bonus of the N-th product of the at least one product; and the profit sharing module selects the at least one product to be profit-distributed in order from the 1st product to the N-1 product; Wherein, N is a positive integer greater than or equal to 3. The value-preserving commodity transaction feedback system as described in claim 10, wherein the order is a recommendation priority order, when an owner of one of the sold commodities recommends the at least one to an owner of the Nth commodity When at least one of the goods is sold, the owner of the sold goods has the recommendation priority. The value-preserving commodity transaction feedback system described in claim 7, wherein the at least one reward has a single maximum upper limit, and the single maximum upper limit is equal to the selling price of the at least one profit-to-be-distributed product multiplied by an upper limit ratio; And the base value includes a preset repurchase amount of the at least one commodity minus a preset value-added amount.

Images