JP5102604B2 - Commodity vending machine - Google Patents

Description

  The present invention relates to a product vending machine that randomly issues one type of product from among products of a product group including a plurality of types of products.

A conventional vending machine has one or a group of product selection buttons corresponding to one type of product, and a product containing the product corresponding to the product selection button when the product selection button is pressed. Products are paid out from the column, and it is not possible to make a sales form with a strong game characteristic in which one product is randomly paid out from a plurality of types of products. However, depending on the product, there is a case where such a sales form with strong game characteristics is required. Therefore, for example, there is a vending machine in which a mystery button is provided separately from a normal product selection button, and a product is randomly delivered from a plurality of types of products by pressing the mystery button. (For example, refer to Patent Document 1).
Japanese Patent Laid-Open No. 10-289372

  However, in the above-mentioned conventional vending machine in which products are randomly paid out from a plurality of products by pressing the mystery button, a random sales button (mystery button) is provided separately from the normal product selection button. It is necessary to provide it, and the configuration becomes complicated. In addition, in this vending machine, it is possible to sell at random among all types of products to be sold, but for example, a plurality of types of one set of products such as series products are grouped into a plurality of product groups. It is not possible to deal with sales forms that are set randomly and sold randomly for each product group.

  An object of the present invention is to provide a commodity vending machine capable of selling a commodity at random for each commodity group with a simple configuration.

  A product vending machine according to the present invention includes product display means for displaying product samples of a plurality of types of products as a group, product display means for selecting product groups, and a plurality of product storages for storing products. A storage group setting unit that sets a storage group by grouping a plurality of product storage units that store products set in the same product group into a single storage group. When one product group is selected by the product selection means, one product storage means among a plurality of product storage means set in the storage group corresponding to the selected product group is selected at random, And selecting and dispensing means for dispensing products from the selected commodity storage means. In the commodity vending machine, a plurality of groups may be set for each of the commodity group and the storage group.

  According to this vending machine, for example, each of the storage groups of the plurality of product storage means storing the products of each product group corresponds to one of the plurality of product selection means, and the selected product selection means It is possible to randomly select one product storage means from the storage group corresponding to the item, and to throw out products from the selected product storage means. With a simple configuration, products can be sold randomly for each product group. , Sales form with high game characteristics such as random sale of series products becomes possible.

  The product vending machine preferably has a plurality of product selection means for selecting one product group, and has a selection group setting means for setting a plurality of product selection means as one selection group.

Thereby, the psychological randomness which makes a user choose a goods selection means can be given, and game property can be improved further.

  In this merchandise vending machine, it is preferable that each of a plurality of merchandise storage means set in the same storage group store one type of merchandise in the merchandise group. By doing in this way, sales management of each product becomes easy.

  As described above, according to the present invention, it is possible to obtain a vending machine capable of selling a product randomly for each product group with a simple configuration.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
1-14 shows an example of embodiment of this invention, FIGS. 15-17 has shown the example of a change. FIG. 1 is a diagram viewed from diagonally above the front of the product vending machine, FIG. 2 is a diagram viewed from diagonally above the front of the product vending machine when the door is opened, and FIG. 3 is a partial enlargement of the product display section of the product vending machine. FIG. 4, FIG. 4 is a control block diagram of the product vending machine, FIG. 5 is an explanatory diagram of a product table related to the control of the product vending machine, FIG. 6 is an explanatory diagram of a selection table related to the control of the product vending machine, FIG. Is a storage table related to the control of the product vending machine, FIG. 8 is an explanatory diagram of a change condition table related to the control of the product vending machine, FIG. 9 is an explanatory diagram of a change content table related to the control of the product vending machine, FIG. Is an explanatory diagram of a group table (initial value) relating to the control of the commodity vending machine, FIG. 11 is an explanatory diagram corresponding to the group relating to the control of the commodity vending machine, and FIG. 12 is a selection probability relating to the control of the commodity vending machine. Explanatory diagram of change (initial value), Fig. 13 is a product automatic Illustration of changes and release of the selection probability by sales according to the control of sale machine, FIG 14 is a flowchart showing the process of selling and selection probability changing according to the control of product vending machine. 15 is an explanatory diagram of a selection probability change and release change example 1 based on the sales results related to the control of the product vending machine, and FIG. 16 is a change of the selection probability change and release based on the sales results related to the control of the product vending machine. FIG. 17 is an explanatory diagram of Example 2 and FIG. 17 is an explanatory diagram of Modification Example 3 of selection probability change and cancellation based on sales results related to the control of the commodity vending machine.

  As shown in FIG. 1, the merchandise vending machine according to this embodiment is provided with a door 2 that can be opened and closed on the front side of the vending machine main body 1, and the door 2 has a merchandise display section 3 for displaying merchandise samples. , A plurality of product selection buttons 4 for selecting products, a coin insertion slot 5 for inserting coins, a bill insertion slot 6 for inserting banknotes, a return lever 7 for instructing change payout, and an amount display unit for displaying the amount of insertion 8. A return port 9 for paying out change and a product payout port 10 for paying out the product are provided. As shown in FIG. 3, each product selection button 4 is provided with an LED lamp 11 that informs the user that the item has been sold out or sold.

  The commodity display unit 3 is partitioned into a plurality of stages (three stages in the illustrated example). The product display section 3 is fitted with a window plate 12 formed of a transparent member over the entire front side of the vending machine, and each stage of the product display section 3 partitioned into a plurality of stages on the window plate 12. The product selection button 4 which is a product selection means is attached by arrangement | positioning along the lower side.

  In addition, the product display unit 3 has a plurality of display spaces (two in each of the middle stage and the lower stage in the illustrated example) at any position in the horizontal direction in any of the plurality of stages (the middle stage and the lower stage in the illustrated example). A display stand 15 for displaying the product sample 14 is provided in each of the display space 13 divided into 13 and the display space 13 in the undivided stage (the upper stage in the illustrated example). Yes.

  The merchandise vending machine according to this embodiment groups a plurality of types of products that are stored and sold in the vending machine main body 1, and sets a plurality of types of one set of products such as series products into one product group. Divided into multiple product groups, the user selects a product group, and has the function of paying out one product at random from multiple types of products in the selected product group. On the display stand 15 of each display space 13, a product sample 14 of one set of products is displayed for each product group in which a plurality of types of products are grouped. The product sample 14 of one set of products displayed in one display space 13 as one group is, for example, a product sample of a series product imitating a person or a product sample of a series product imitating an animal. Each set of product samples is displayed as a group in a separate display space 13 with an arbitrary layout. Each display space 13 and display stand 15 of the product display unit 3 constitutes product display means for displaying product samples of products of a plurality of product groups by product group.

  A plurality of product selection buttons 4 are located below each display space 13 corresponding to each product group of the plurality of product groups. Note that the number of the product samples 14 to be displayed and the number of the product selection buttons 4 located below the display space 13 in which the product samples 14 are displayed may not be the same.

  As shown in FIG. 2, a plurality of product columns 16 are provided in the vending machine body 1 as product storage means for storing and storing products to be sold in a vertical row. In the plurality of product columns 16, one type of product is stored for each product column 16. Each one type of product is placed in a box-like container 17 having the same shape and the same size and loaded and stored. In addition, each product column 16 is provided with a dispensing unit 18 as a dispensing means for dispensing the products stored in the product column in order from the lowest product in the lowermost part.

  And this goods vending machine has the memory 20 which is a memory | storage means which memorize | stores the control part 19 and various setting data, etc., as shown in FIG. 16 (throwing unit 18) and the memory 20 are line-connected.

  In the memory 20, as shown in FIG. 5, a product table associating each product name (product name) or an identification code such as a product code with the product group number to which the product belongs, as shown in FIG. A selection table that associates the button number of the product selection button 4 with the number of the product group to which the product corresponding to the product selection button belongs, and corresponds to the column number of each product column 16 and the product column 16 as shown in FIG. A storage table that associates the number of the product group to which the product belongs and the name (product name) or product code of the product stored in the product column 16 is stored.

  Further, in the memory 20, as shown in FIG. 8, the number of group sales as the sales performance condition (predetermined sales performance) for changing the selection probability, the change content number indicating the content of the selection probability change, and the change cancellation Change condition table for associating conditions (the number of product columns subject to the condition for canceling the change), as shown in FIG. 9, the change content number and the change content of the probability change (target to change the selection probability and increase / decrease of the selection probability Rate change) is stored.

  Further, in the memory 20, as shown in FIG. 10, the group number of each product group, the column number of the product column 16 included in the storage group corresponding to the product group of the group number, and the individual product column 16 A group in which the number of sales, the number of group sales that is the total number of sales for the entire product group, and the setting value of the selection probability that each product column 16 is selected by the control unit 19 from among the product columns 16 in the storage group The table is stored.

  The control unit 19 sets a storage group by grouping a plurality of product storage means (product column 16) storing products set in the same product group into one storage group. A storage group setting unit is configured, and a selection group setting unit is configured to set a plurality of product selection units (product selection buttons 4) as one selection group, and one product group is created by the product selection unit (product selection button 4). When selected, one product storage means among a plurality of product storage means (product column 16) set in the storage group corresponding to the selected product selection means is selected at random, and the selected product A selective dispensing means for dispensing products from the storage means is configured, and the selective dispensing means selects each product storage means from the selected storage group. Selection probability setting means for setting the selection probability for each product storage means in the storage group.

(Sales setting procedure)
Prior to selling a product, the product vending machine sets a product table (FIG. 5), a selection table (FIG. 6) and a storage table (FIG. 7) for each product group and stores them in the memory 20. The data in these tables is input using a remote controller, personal computer, storage medium, or the like.

  For example, when randomly selling five humanoid model products (product names: A, B, C, D, E) as shown in FIG. 3 as one product group, first, the products of A to E are Display in the display space 13 on the left side of the middle stage of the product display section 3, for example, the products A to E are set as one product group, the group number is “G1”, and the products A to E are associated with “G1”. Are registered in the product table (FIG. 5).

  The group of product selection buttons 4 (button numbers: A1, B1, C1) provided below the display space 13 in which the products A to E are displayed correspond to the group “G1” as one selection group. And register it in the selection table (FIG. 6).

  The five product columns (column numbers: A2, B2, C2, D2, E2) storing the products A to E are associated with the group “G1” as one storage group and stored in each product column. It registers with the storage table (FIG. 7) together with the name of the product (product name). The product table, the selection table, and the storage table can be registered in the same manner for the product group displayed in the other display space 13. FIG. 11 shows a product group (A, B, C, D, E), a selection group (A1, B1, C1), and a storage group (A2, B2, C2, D2, E2) taking the group “G1” as an example. The same applies to other groups.

  When data is registered in the product table (FIG. 5), selection table (FIG. 6), and storage table (FIG. 7), the control unit 19 extracts data from each table and creates the group table of FIG. To do. That is, for the group “G1”, the column numbers (A2, B2, C2, D2, E2) of the product columns included in the corresponding storage group are written in the group table, and the individual sales count and group sales of each product column 16 are written. The number of times is set to “0” which is an initial value, and the selection probability of each product column 16 is initially set so as to be equal to the number of columns (in this case, 20%). The initial setting of the selection probability is automatically set by the control unit 19 so as to obtain an equal probability as described above. However, the initial value may be input directly by a remote controller or a personal computer or by a storage medium. Good.

  When the initial setting of the selection probability to be registered in the group table (FIG. 10) is directly input by a remote controller or a personal computer or input by a storage medium, a product table (FIG. 5), a selection table (FIG. 6), and a storage table (FIG. After the registration of 7) is completed and the data is automatically registered in the group table (FIG. 10), the mode is switched to the selection probability changing mode by a remote controller or the like, and the group whose selection probability is to be changed is selected. Then, the group table of the selected group is called by the control unit 19. Therefore, the column numbers of the product columns 16 registered in the group table are sequentially selected, and an arbitrary selection probability is input so as to change the selection probability for each column number. When the selection probabilities of all the product columns to be changed in the group selected in this way are set, the selection probability change mode ends.

  In the selection probability change mode, the control unit 19 calculates the sum of the selection probabilities of all the product columns 16 belonging to the selected group, and automatically adjusts so as not to exceed 100%, or sets 100%. If it exceeds, an error message is displayed.

  For example, when the selection probability of the product column (A2, B2, E2) of the storage group belonging to the group “G1” is to be changed, the mode is switched to the selection probability changing mode by a remote controller or the like, the group “G1” is selected, and the group Read the group table of “G1”. Then, the product column numbers (A2, B2, E2) whose selection probabilities are to be changed are sequentially selected, and the selection probabilities are changed from 20% to 30% as shown in FIG. Change to change the selection probability of the product column of B2 from 20% to 25% and change the selection probability of the product column of E2 from 20% to 5%. In this case, the total selection probability of the product columns (A2, B2, E2) of the group “G1” is 100%. If this exceeds 100%, the control unit 19 causes the selection probability of the entire group to be selected. The selection probability of the product column of E2 inputted last is automatically calculated and inputted so as not to exceed 100%. In this way, by changing the selection probability at the initial value stage, it is possible to give a difference in the probability of being thrown out from each product column 16, and within the same product group, a rare product and a normal product that is not so. Can be divided into

This completes the sales setting for the products of the group “G1” displayed in one display space 13. Sales settings for each product group can be made by performing similar settings for products displayed in other display spaces.

(Sales operation procedure)
The sales operation procedure after the sales setting is completed is as shown in steps S1 to S7 in FIG. 14, and when money that can be used to purchase products of at least one product group is inserted (Yes in step S1). The control unit 19 turns on the LED lamp 11 of the product selection button 4 located below the display space 13 in which the products of the product group into which money that can be purchased is inserted is displayed, and the LED lamp 11 When the lit product selection button 4 is pressed (Yes in step S2), the control unit 19 reads a product group associated with the pressed product selection button 4 from the selection table (FIG. 6) (step S2). S3).

  And the control part 19 reads the group table (FIG. 10) of the storage group matched with the read product group (step S4), and the product column 16 contained in the storage group is a group table (FIG. 10). Are read out and selected, and the selection probabilities of the respective product columns 16 are read out (step S5).

  Then, the control unit 19 randomly selects one product column 16 based on the read product column 16 and the selection probability, drives the dispensing unit 18 of the selected product column 16 to throw out the product, and changes the change. If there is, change is paid out (step S6).

  Then, the control unit 19 adds 1 to the number of individual sales of the product column 16 from which the product has been paid out, and also adds 1 to the number of group sales of the storage group to which the product column 16 belongs. 10) (step S7).

  Specifically, for example, as shown in FIG. 3, five humanoid model products A to E are displayed as a group “G1” in the storage space 13 on the left side of the middle stage of the product display unit 3, and the user When purchasing a product of this group “G1”, when the user inserts cash into the coin slot or the banknote slot, the control unit 19 recognizes the insertion of the cash and corresponds to the product group that can be sold. The LED lamp of the selected group is turned on.

  Then, when one of the product selection buttons 4 of A1, B1, and C1 provided below the storage space, for example, the product selection button 24 of B1, is pressed, the control unit 19 reads from the selection table (FIG. 6). , The group “G1” is read out as the product group to which the product selection button 4 of B1 belongs, and then, as the product column 16 of the storage group corresponding to the group “G1” from the group table (FIG. 10) of the group “G1”, A2 , B2, C2, D2, and E2 are read, and selection probabilities (initially, “20%”, which is an initial value of uniform setting) of these product columns 16 are read.

  Then, the control unit 19 randomly selects one product column 16 based on the selection probabilities of the read product columns 16 of A2, B2, C2, D2, and E2, for example, selects the product column 16 of B2. Then, the dispensing unit 18 of the selected B2 commodity column 16 is driven to throw out the commodity stored in the B2 commodity column 16, and if there is change, the change is paid out from the return port 9.

  Then, after throwing, 1 is added to the individual sales count of the product column 16 of B2 from which the product has been paid out, and 1 is also added to the group sales count of the group “G1”. 10).

(Selection probability change based on sales results and change cancellation)
In addition, this product vending machine is a product column that is an individual product storage means when satisfying preset sales performance conditions in order to reduce the variation in the number of sales of individual products for each storage group. It has a function to change 16 selection probabilities. The control unit 19 constitutes probability changing means for changing the selection probability of each product storage means (product column 16) of the storage group when a preset sales performance condition is satisfied. A group sales performance counting means for counting the group sales performance and an individual sales performance counting means for individually counting the individual sales performance for each product storage means (product column 16) in the storage group are configured.

  In the memory 20, the number of group sales as the sales performance condition for changing the selection probability, the change content number indicating the content of the selection probability change, and the change release condition (the number of product columns subject to the condition for releasing the change) And a change content table (FIG. 9) that associates the change condition number (FIG. 8) with the change content number and the change content of the probability change (the object for changing the selection probability and the increase / decrease rate of the selection probability), Remember. Then, after adding the individual sales number and the group sales number at the end of the product sales operation, the control unit 19 reads the change condition table (FIG. 8), and the group sales number of the group to which the sales number is added. However, if the number of sales (predetermined number of sales) set in the change condition table (FIG. 8) has been reached, it is determined that the condition has been satisfied, and the selection probability of each product column 16 of the group is changed. .

  The procedure for changing the selection probability based on the sales record and canceling the change is as shown in steps S8 to S11 in FIG. 14. When the group after the sale of the product satisfies a predetermined sales record condition (Yes in step S8), the control From the change condition table (FIG. 8), the unit 19 corresponds to the set value of the group sales count that satisfies the current condition among the stored group sales counts as the sales performance conditions for changing the selection probability. After reading the stored change number and the target column number that is the release condition for releasing the selection probability change, change the change in the selection probability corresponding to the same change content number as the change number A group that reads from the content table (FIG. 9) and satisfies the group sales count as a predetermined sales performance condition based on the read selection probability change content. As shown in FIG. 13, the selection probability of each product column 16 is changed and stored in the group table, as well as the history of selection probability change according to a predetermined sales record, and the selection read from the change condition table, as shown in FIG. The number of product columns that is a condition for canceling the probability change is stored in the memory (step S9). As for the storage location, those items may be provided in the group table, or a new history table may be created.

  And the control part 19 is the most sales frequency before the selection probability change in the group about the group which confirmed that it was the group which fulfilled predetermined sales performance conditions and performed selection probability change from the memory data in the memory 20. As a condition for canceling the selection probability change, the product column 16 that has reached the number of individual sales in the product column 16 of the highest number of sales before changing the selection probability has reached a predetermined number from the product columns 16 other than the product column. The number of target product columns, which is the release condition, is read from the history data, and when the release condition is satisfied (Yes in step S10), the change in the selection probability of the product column 16 of the group is canceled, and the initial selection probability (Step S11).

  Specifically, for example, when a product of the group “G1” is sold from the product column of A2, the control unit 19 adds 1 to the number of individual sales of the product column of A2 and the number of group sales of the group “G1”. To do. When the number of individual sales in the product column 16 of A2 is 16 and the number of group sales is 50, the control unit 19 refers to the change condition table (FIG. 8) and changes the number of group sales of the group “G1”. Assuming that the predetermined sales performance condition (group sales frequency 50 times) stored in the condition table is satisfied, the change content number (1) corresponding to the predetermined group sales frequency 50 times and the release condition column number (1) ). Then, the change object corresponding to the change content number (1) in the change content table and the selection probability change content (20% reduction for the most frequent sales column, 5% reduction for the second most frequent sales column) Read the second lowest sales column, increase 10%, and increase the minimum sales column 15%), and change the selection probability of each product column 16 of the group "G1" based on it And stored in the group table (FIG. 10).

  As a result, as shown in FIG. 13, the selection probability of each product column 16 of the group “G1” is 0% (excluded from selection) from 20% in the product column of A2, and 20% in the column of B2. % Was 15%, C2 product column 16 remained 20%, D2 column was 20%, 30%, and E2 column was 20%. %become. The control unit 19 stores the change in the selection probability of the group “G1” and the target column number (1) for canceling the change in the memory 20 as history data. At this time, since the selection probability of the product column 16 of A2 is 0%, the product column 16 of A2 is excluded from the selection target in the random selection of the control unit 19 in the next sale of the product of the group “G1”. The remaining four product columns 16 are targeted, and the product column 16 is randomly selected.

  Then, when the sales of the group “G1” are repeated, the product column 16 of D2 becomes the same individual sales number as the product column 16 of the most frequently sold A2, and when the selection probability change release condition is satisfied, the control unit 19 From the history data, it is confirmed that the selection probability has been changed for the group “G1”, and the column number (1) of the selection probability change cancellation condition is read from the history data.

  The number of individual sales of each product column 16 of the group “G1” is confirmed, and the number of individual sales is equal to or greater than the number of individual sales (16) of the product column of A2, which is the maximum number of individual sales before the selection probability is changed. Check the number of product columns.

  As shown in FIG. 13, for example, the number of individual sales of the product column 16 of D2 is the number of individual sales equal to or greater than the number of individual sales (16) of the product column 16 of A2, which is the maximum number of individual sales before changing the selection probability. If the other product column 16 has an individual sales count less than the individual sales count of the A2 product column 16, the control unit 19 has an individual sales count equal to or greater than the individual sales count of the A2 product column 16. 16 is determined to satisfy the selection probability change cancellation condition column number (1) of the history data, the change of the selection probability of each product column 16 of the group “G1” is canceled, and the initial value (20% each) Returning to FIG. 10, the data is stored in the group table (FIG. 10). At this time, the selection probability of the product column A2 returns from 0% to 20%, and the selection target exclusion is canceled. Therefore, from the next time, all the five product columns in the group (G1) are selected. Then, in the random sale of the group “G1” from the next time, one of the product columns is randomly selected with a selection probability of 20%.

  Note that as the sales performance condition for changing the selection probability, in addition to the number of group sales, the number of individual sales of each product column 16 in each group may be used. In that case, for example, as shown in FIG. 15, a method of changing the selection probability if the most individual sales number in the group satisfies a predetermined individual sales number, or the most individual sales number as shown in FIG. And a method of changing the selection probability when the difference between the minimum number of individual sales reaches a predetermined number.

  In addition, as a condition for canceling the selection probability change, the individual sales of the product column 16 of the highest sales count before the selection probability change from among the product columns 16 other than the highest sales count product column before the selection probability change in each group. In addition to the case where the product column 16 that has reached the number reaches the predetermined number, as shown in FIG. 15, a predetermined sales record (for example, when the number of group sales reaches the predetermined number) may be used. As shown in FIG. 16, the difference between the individual sales times of the most frequently sold product column before changing the selection probability and the minimum sold product column before changing the selection probability may be a predetermined value or less.

  In addition, as shown in FIG. 17, for example, the product column 16 with the highest number of sales in the group “1” is the product column 16 of A2, and the selection probability of the product column 16 of A2 is 0 as shown in FIG. After changing the selection probability of the product column 16 with the highest number of sales in the group, such as changing to% (excluded from selection), for example, the product column with the highest number of sales before the change in the individual sales number of the product column of C2 Each time the number of individual sales of the other product column 16 reaches the number of individual sales of the product column 16 of the highest number of sales before the change, such as the number of individual sales of the product column 16 of A2 being 16 is reached, The selection probability is also set to 0% and excluded from the selection target, and the selection probability of the product column 16 is equally allocated to the selection probabilities of the remaining product columns 16 that are not the selection target exclusion. If the individual sales quantity of all the product columns 16 in the group is equal, the selection object exclusion of all the product columns 16 in the group is canceled and the selection probability of each product column 16 is returned to the initial value (20%). It is good also as such a system. In this method, it is possible to equalize the sales results of all the product columns 16 in the group while performing random sales in the group, and the management of sales becomes easy.

  In addition to changing the selection probability according to a predetermined sales record, the selection probability is changed even if at least one product column 16 is sold out in the storage group, regardless of the sales record. You may adopt the method of doing. For example, if the sales column is sold out and the product group 16 in the storage group is sold out while the group sales result of the storage group has not reached the predetermined sales result, selection of the product column 16 sold out is selected. A method of excluding the probability from 0% from the selection target and assigning the selection probability to other product columns 16 in the storage group to which the sold product column 16 belongs is possible.

  Further, as a method of excluding from the selection target, the selection probability is excluded other than allocating the selection probability of the commodity column 16 to be excluded from the selection target to the selection probability of the other commodity column 16 to which the commodity column 16 belongs. When a product column to be excluded from selection is selected while leaving the selection probability of the product column as it is, the selection operation of the product column 16 is repeated again in the storage group, and the product to be excluded from selection in the storage group It is also possible to select a product column 16 that is not excluded from selection by repeating the selection operation until a product column 16 other than the column 16 is selected.

  In addition, as a method of selecting one product column 16 from the storage group corresponding to the selected product group, not only the selection based on the selection probability set in the group table as in the above embodiment, In addition to the selection probability, a random number corresponding to the column number of each product column 16 is stored in the memory 20 in advance, and in addition to the mode for selecting according to the selection probability, the random number selection mode for selecting the product column 16 according to the random number May be switched between a mode for selecting according to the selection probability and a mode for selecting according to the random number. In that case, the random number may be arbitrarily re-input. In addition, switching between the mode for selecting according to the selection probability and the mode for selecting according to the random number automatically switches to the random number selection mode when the selection probabilities of the product columns 16 set in the group table are all the same selection probability. It may be a thing.

It is the figure seen from the front diagonally upper direction of the goods vending machine of the embodiment of the present invention. It is the figure seen from the front diagonal upper direction at the time of the door opening of the goods vending machine of embodiment of this invention. It is the elements on larger scale of the goods display part of the goods vending machine of embodiment of this invention. It is a control block diagram of the goods vending machine of embodiment of this invention. It is explanatory drawing of the goods table which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the selection table which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the storage table which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the change condition table which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the change content table which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the group table (initial value) which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing corresponding to the group which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the change (initial value) of the selection probability which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the change and cancellation | release of the selection probability by the sales performance which concerns on control of the goods vending machine of embodiment of this invention. It is a flowchart which shows the process of the sales which concerns on control of the goods vending machine of embodiment of this invention, and a selection probability change. It is explanatory drawing of the example 1 of the change of selection probability change and cancellation by the sales performance which concerns on control of the goods vending machine of embodiment of this invention. It is explanatory drawing of the example 2 of the change of selection probability change by the sales performance which concerns on control of the goods vending machine of embodiment of this invention, and cancellation | release. It is explanatory drawing of the example 3 of the change of selection probability change and cancellation by the sales performance which concerns on control of the goods vending machine of embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Vending machine main body 2 Door body 3 Product display part 4 Product selection button 5 Coin insertion slot 6 Bill insertion slot 7 Return lever 8 Amount display part 9 Return slot 10 Product discharge outlet 11 LED lamp 12 Window board 13 Display space 14 Sample product 15 Display stand 16 Product column 17 Box-shaped container 18 Throwing unit 19 Control unit 20 Memory

Claims (4)

Product display means for displaying product samples of multiple types of products in one product group,
Product selection means for selecting the product group;
A plurality of product storage means for storing products;
A storage group setting means for setting a storage group by grouping a plurality of product storage means for storing products set in the same product group into one storage group for the product storage means;
When one product group is selected by the product selection unit, one product storage unit among a plurality of product storage units set in the storage group corresponding to the selected product group is randomly selected. A product vending machine comprising: a selected dispensing unit that dispenses a product from the selected product storage unit. The commodity vending machine according to claim 1, wherein a plurality of groups are set for each of the commodity group and the storage group. There are a plurality of product selection means for selecting the one product group,
3. The product vending machine according to claim 1, further comprising selection group setting means for setting the plurality of product selection means as one selection group. 4. A product vending machine according to claim 1, wherein each of a plurality of product storage means set in the same storage group stores one type of product of the product group.

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