KR20240044634A - A Vending Machines System for Livestock Products - Google Patents

Abstract

The present invention is an automatic vending system for livestock products including a server and one or more automatic vending machines provided with a communication unit and communicating with the server;
The vending machine becomes the main body, and includes a housing including a stand on which products are displayed and a discharge part for withdrawing the products, an outlet section for discharging the products displayed on the stand, and an input command to select and purchase the products displayed on the stand. It includes an input unit, a payment unit provided to pay for the purchased product, and a moving operation unit provided in the housing to enable movement to the selected product and having a code reader that reads the barcode attached to the product;
It relates to a vending machine system for livestock products, characterized in that the housing is provided with a display means for displaying the price per weight of the displayed product adjacent to each product displayed on each stand.

Description

A Vending Machines System for Livestock Products}

The present invention relates to a vending machine system for livestock products, and more specifically, to a vending machine for livestock products that can package and sell livestock products such as beef or pork in containers, and that allows for easy price adjustment and management of products sold in a vending machine for livestock products. It's about a vending machine system.

Generally, an unmanned vending machine includes a product storage unit that stores products, a delivery unit that delivers the products built in the product storage unit to a withdrawal box so that the user can withdraw them, an interface that guides the buyer to select the product built in the product storage unit, A payment system that pays for the product, a control unit that receives signals from the interface and the payment system and instructs operations to deliver the product, and a main body configured to accommodate all of these components and allow the consumer to view the product in the product storage unit. Here, the product storage department and delivery department are designed to suit the type, size, or packaging type of the product, the interface informs the buyer of the prices of the built-in products by type so that they can select the product, and the payment system is Before selecting a product, the sales price for the product is entered in the form of coins and bills, and then change is returned when the product is selected. The control unit monitors and controls the product storage department, product delivery department, interface, payment system, etc. It was configured to generate the necessary control signals.

Conventional vending machines as described above, such as cigarette vending machines, coffee vending machines, snack food vending machines, newspaper vending machines, canned beverage vending machines, etc., manipulate the conditions of the product storage section and payment system of the vending machine and set them differently depending on the packaging and type of the product to be sold. It was configured to be used.

Industrial products (water, beverages, coffee, snacks, etc.) can be automatically measured and produced in fixed quantities/fixed quantities by machines, and current vending machines can only sell fixed-quantity products.

To be sold in a vending machine, livestock products must be made in fixed quantities. However, since all livestock products rely on a handmade manufacturing process, accurate quantitative/fixed production is impossible. The problem that arises due to this in order to sell in a vending machine is the speed of product production. It drops significantly (6 in 10 minutes → 2). Also, as a lot of pieces of meat are produced, losses increase (in the case of Korean beef, the cost is high, so the amount is very large), and the weight displayed in the vending machine cannot be accurately contained, so the weight exceeding the indicated weight must be placed, resulting in losses. cannot be ignored. Additionally, as the production speed decreases and the number of touches increases, the freshness decreases.

In addition, unlike industrial products, agricultural, fishery and livestock products have the characteristic of changing costs daily or weekly depending on the production price, so there was a problem in that the production price and selling price could not be linked in real time on a daily or weekly basis.

Republic of Korea Publication No. 10-2006-0105917 Open Patent Publication Republic of Korea Publication No. 10-2020-0030215 Public Patent Publication Republic of Korea Publication No. 20-1998-0011964 Public Utility Model Gazette

The present invention was proposed to solve the problems of the prior art as described above. There is no need to package livestock products such as beef or pork in fixed quantities, and it is easy to adjust and manage the prices of products placed in vending machines. The purpose is to provide a vending machine system for use.

For the above purpose, the present invention is an automatic vending system for livestock products including a server and one or more automatic vending machines provided with a communication unit and communicating with the server;

The vending machine becomes the main body, and includes a housing including a stand on which products are displayed and a discharge part for withdrawing the products, an outlet section for discharging the products displayed on the stand, and an input command to select and purchase the products displayed on the stand. It includes an input unit, a payment unit provided to pay for the purchased product, and a moving operation unit provided in the housing to enable movement to the selected product and having a code reader that reads the barcode attached to the product;

The housing provides a vending machine system for livestock products, characterized in that a display means for displaying the price per weight of the displayed product is provided adjacent to each product displayed on each stand.

In the above, the vending machine includes a control unit, and the display means is connected to the control unit;

The price information of the product is transmitted from the server to the control unit and stored in the storage unit, and the price per weight, which is the transmitted price information, is displayed on the display means by a signal from the control unit.

The display means is characterized in that it is provided on the stand so as to be located below each product displayed on the stand.

The display means is comprised of a plurality of LED modules, which are selectively lit by a signal from a control unit to display the price per weight.

The automatic vending machine system for livestock products of the present invention is equipped with a display unit on the stand of the automatic vending machine, and allows the buyer to visually check the weight of the product in advance, and determines the price of the product from the price per weight information displayed on the display means provided at the bottom of the product. The prediction can also be confirmed, and the mobile operating unit provided in the housing is equipped with a code reader that reads the code attached to the product. The buyer moves to the selected product, reads the code attached to the product, and obtains the selected price information. Since payment is made, there is no need to package the product in quantitative quantities, which reduces packaging time and reduces livestock products wasted during the packaging process.

In the present invention, an LED display board (price/item display) is installed at the bottom of each item displayed in the window of the vending machine, and the item and price per gram or per 100g are displayed on the server's current various livestock product production or sales programs (daily or weekly). By connecting (interface development) with the cost/selling price/inventory, etc., being managed in real time, the production price can be applied to livestock products in the vending machine in real time without any additional complicated procedures.

The label barcode (or QR code) generated when producing livestock products for sale contains a lot of information such as livestock species/individual number/slaughterhouse/slaughter date/production date/weight/grade, etc. Among them, only the weight is derived, as described above. By linking the server's livestock product manufacturing/distribution program with the vending machine program (interface development), the unit price per gram or per 100g (LED display board information) linked in real time, such as on a daily or weekly basis, is given a calculation function to the program in the vending machine and displayed on the screen. The price of the product is displayed along with the livestock species/history number/slaughterhouse/slaughter date/production date/weight/g or unit price per 100g of the product selected by the customer.

This is a way to solve the gap between the production site distribution price and the market price of livestock products, which has had many problems, by completing a system that can implement the production site distribution price in the market in real time, which has never been experienced in the livestock product distribution market. It can be provided.

1 is an exemplary front view of a livestock product vending machine of the livestock product vending machine system according to the present invention;
Figure 2 is a diagram to explain a moving operation unit provided in an automatic vending machine for livestock products.
Figure 3 is a diagram to explain another example of a moving operation unit provided in an automatic vending machine for livestock products;
Figure 4 is an enlarged view of the tray provided in the moving operation unit shown in Figures 2 and 3;
Figure 5 is a side view schematically shown to explain the operation of the tray shown in Figure 4;
Figure 6 is a schematic plan view to explain the first driving part provided in the tray of the automatic vending machine for livestock products;
Figure 7 is a plan view showing another example of the first driving unit of Figure 5;
Figures 8 and 9 are shown to explain another example of a moving operation unit provided in an automatic vending machine for livestock products,
Figure 10 is a schematic side view schematically shown to explain the operation of the tray shown in Figures 8 and 9;
Figure 11 is a configuration diagram of an automatic vending machine system for livestock products according to the present invention.

All technical and scientific terms used in the description of the present invention, unless otherwise defined, have meanings commonly understood by those skilled in the art to which the present disclosure pertains. All terms used in this disclosure are selected for the purpose of more clearly explaining this disclosure and are not selected to limit the scope of rights according to this disclosure.

Expressions such as “comprising,” “comprising,” “having,” etc. used in the description of the present invention imply the possibility of including other embodiments, unless otherwise stated in the phrase or sentence containing the expression. It should be understood as open-ended terms.

The singular expressions used in the description of the present invention may include plural meanings unless otherwise specified, and this also applies to the singular expressions recited in the claims.

Expressions such as “first” and “second” used in the description of the present invention are used to distinguish a plurality of components from each other, and do not limit the order or importance of the components.

In the description of the invention, when a component is referred to as being “connected” or “coupled” to another component, it means that the component can be directly connected to or coupled to the other component, or as a new component. It should be understood as something that can be connected or combined through components.

Below, with reference to the attached drawings, the automatic vending machine system for livestock products of the present invention will be described in detail.

Although the name of the present invention is described as a vending machine for livestock products, livestock products are not limited to livestock products such as beef or pork, but should be interpreted to include agricultural products, fish, side dishes, etc. that are not produced consistently.

Figure 1 is an exemplary front view of the automatic vending machine for livestock products of the automatic vending machine for livestock products according to the present invention, Figure 2 is a diagram to explain the moving operation unit provided in the automatic vending machine for livestock products, and Figure 3 is It is shown to explain another example of a mobile operating unit provided in an automatic vending machine for livestock products. Figure 4 is an enlarged view of the tray provided in the mobile operating unit shown in Figures 2 and 3, and Figure 5 is shown in Figure 4. It is a side view schematically shown to explain the operation of the shown tray, Figure 6 is a plan view schematically shown to explain the first driving part provided in the tray of the automatic vending machine for livestock products, and Figure 7 is the first drive part of Figure 5. It is a plan view shown to explain another example of the driving unit, and FIGS. 8 and 9 are shown to explain another example of a moving operating unit provided in an automatic vending machine for livestock products, and FIG. 10 is shown in FIGS. 8 and 9. This is a schematic side view schematically shown to explain the operation of one tray, and Figure 11 is a configuration diagram of an automatic vending machine system for livestock products according to the present invention.

For convenience of explanation, in the following description, the horizontal direction of FIG. 2 will be described as the width direction, and the vertical direction will be described as the up and down direction.

As shown in Figures 1 and 2, the automatic vending machine 100 for livestock products of the automatic vending machine system for livestock products according to the present invention includes a housing 110, a discharge port 190, a moving operation unit 120, It includes an input unit 130 and a payment unit 160.

The housing 110 is a hollow body and becomes the main body of the automatic vending machine 100 for livestock products. The housing 110 is equipped with a refrigerating means (or freezing means) and a temperature sensor, and the refrigerating means and the temperature sensor are connected to the control unit 200. The temperature information inside the housing 110 measured by the temperature sensor is transmitted to the control unit 200, and the operation of the refrigeration means is controlled by the control unit 200 to maintain the internal temperature of the housing 110 within the set temperature range. Since the refrigeration means is a known technology, detailed description thereof will be omitted.

The housing 110 is provided with a stand 111 on which the product P is displayed and a discharge unit 115. The front of the housing 110 is made of a transparent acrylic plate, plastic, etc., so that the product P displayed on the holder 111 is visible from the outside.

The holder 111 has a plate shape extending in the width direction and is provided in plural numbers spaced apart vertically. The vertical spacing of the holder 111 may vary depending on the height of the product (P).

A discharge port 190 is installed on the holder 111 to discharge the product P displayed on the holder 111 to the discharge portion 115. The discharge port 190 is connected to the control unit 200 and driven according to signals from the control unit 200. The discharge unit 190 includes a transfer spring 191 and a motor (not shown) that rotates the transfer spring 191.

The transfer spring 191 is formed in the form of a coil spring, extends in the front-back direction from the top of the holder 111, and is provided in plural numbers spaced apart in the width direction. The transfer spring 191 has a structure in which the product (P) is sandwiched between pitches. The motor is connected to the rear of the transfer spring 191.

The discharge unit 190 is connected to a motor at the rear of the transfer spring 191, so that the transfer spring 191 rotates by the motor and discharges the product (P) sandwiched between the pitches of the transfer spring 191 to the front. . The discharge unit 190 is driven by a motor according to a signal from the control unit 200, and the transfer spring 191 is rotated to discharge the product P forward.

The discharge part 115 is located at the bottom of the holder 111, which is located at the lowest level, and is provided to be able to open and close from the front. The discharge unit 115 is provided with a locking operation unit 150 connected to the control unit 200, and the locking operation unit 150 is released according to a signal from the control unit 200, and whether or not the locking operation unit 150 is released is determined. Accordingly, the discharge part 115 is opened and closed. The locking operation unit 150 may be made of a solenoid valve or the like.

The discharge unit 115 may be further equipped with an exhaust lighting unit 170 that is connected to the control unit 200 and illuminates the discharge unit 115. The lock operation unit 150 of the discharge unit 115 is released according to a signal from the control unit 200, and at the same time, the discharge lighting unit 170 is turned on to illuminate the inside of the discharge unit 115.

The moving operation unit 120 is provided in the housing 110 to enable movement to a selected product (P) among the products (P) displayed on the holder (111). The moving operation unit 120 is connected to the control unit 200 and operates under the control of the control unit 200. As shown in Figures 1 and 2, the moving operation unit 120 includes a moving guide unit 121, a driving unit 123, and a moving bar 124.

The moving guide 121 is installed in the housing 110. The moving guide 121 is fixedly installed in the housing 110 to extend upward and downward. Two moving guides 121 may be provided side by side and spaced apart in the width direction. The moving guide 121 has a rod shape extending in the vertical direction, and includes a guide rail 1211 with both ends fixed to the housing 110, and a moving block provided to move in the up and down direction along the guide rail 1211. (1213) is included.

The driving unit 123 is installed in the housing 110. The driving unit 123 extends up and down and is rotatably installed in the housing 110. The driving unit 123 is spaced apart from the moving guide 121 in the width direction and is provided in parallel with the moving guide 121.

The driving unit 123 has a rod shape extending in the vertical direction and has one end rotatable by a bearing 1239 installed in the housing 110, and is screwed to the ball screw 1237. A ball screw 1233 moves up and down along the ballscrew 1237 by the rotation of the ballscrew 1237, and is provided in the housing 110 and connected to the other end of the ballscrew 1237 to form a ball screw ( It includes a drive motor 1231 that rotates 1237). The driving motor 1231 is connected to the ball screw 1237 via a coupling 12391.

The moving bar 124 is provided in the shape of a bar extending in the width direction. One side of the moving bar 124 in the width direction is coupled to the moving block 1213 and guided up and down by the guide rail 1211, and the other side is coupled to the ball screw 1233 to be integrated with the ball screw 1233. Move up and down. When two moving guides 121 are provided, one side of the moving bar 124 in the width direction is coupled to the moving block 1213, the other side in the width direction is coupled to the ball screw 1233, and the moving bar 124 moves in the width direction. It may be extended to be coupled to the moving block 1213 of another moving guide 121.

The moving bar 124 may be equipped with a code reader 140 that reads the code attached to the selected product (P). The code reader 140 is provided in plural numbers along the horizontal direction of the moving bar 124 to read the code attached to the product P in each row of product display. The code readers 140 are provided on the moving bar 124 in the same number as the number of rows in the horizontal direction where the product P is displayed. The code attached to the product (P) may be a barcode (BC), QR code, RFID, etc., and the code reader 140 is installed accordingly. Below, the code is explained as an example of a barcode (BC).

Figure 3 shows a modified example of the moving operation unit 120. As shown in FIG. 3, the moving operation unit 120 includes a driving unit 123 and a moving bar 124.

The driving unit 123 is installed in the housing 110. The driving unit 123 is rotatably installed in the housing 110.

The driving unit 123 is rotatably provided in the housing 110 by a bearing 1239, and is rotatable in the housing 110 by a first pulley 1236 installed to be spaced apart from each other in the width direction and a bearing 1239. A second pulley 1232 is provided and spaced apart from each other in the width direction and is located downwardly spaced from the first pulley 1236, a drive motor 1231 installed in the housing 110, and the drive motor 1231. A power transmission unit 1234 that transmits rotation to the first pulley 1236 or the second pulley 1232 is spaced apart in the width direction and winds the first pulley 1236 and the second pulley 1232 on both sides in the width direction. It includes a belt 1238 provided.

The first pulleys 1236 installed to be spaced apart from each other in the width direction are connected to the pulley shaft 12361 and rotate simultaneously, and the second pulleys 1232 installed to be spaced apart from each other in the width direction are connected to the pulley shaft 12321. rotated at the same time.

Figure 3 shows a structure in which the pulley shaft 12361 of the first pulley 1236 is rotated by the drive motor 1231, but the drive motor 1231 is rotated by the pulley shaft 12321 of the second pulley 1232. It is also possible to install it in a rotating structure.

The power transmission unit 1234 is coupled to a first gear installed on the pulley axis of the first pulley 1236 or the second pulley 1232 and a rotation axis of the drive motor 1231 and meshes with the first gear. It can be made of gears. A reducer is installed in the drive motor 1231, and the second gear may be coupled to the output shaft of the reducer.

The power transmission unit 1234 includes a first sprocket installed on the pulley axis of the first pulley 1236 or the second pulley 1232, a second sprocket coupled to the rotation axis of the drive motor 1231, and the first sprocket and the second sprocket. It may be composed of a chain provided by winding 2 sprockets.

The power transmission unit 1234 includes a first drive bulge installed on the pulley axis of the first pulley 1236 or the second pulley 1232, a second drive bulge coupled to the rotation axis of the drive motor 1231, and a first drive unit. It may be composed of a drive belt wound around a pulley and a second drive pulley.

The power transmission unit 1234 may be a coupling in which one side is coupled to the pulley axis of the first pulley 1236 or the second pulley 1232 and the other side is coupled to the rotation axis of the drive motor 1231.

In addition, the power transmission unit 1234 may be formed in various combinations that transmit the rotation of the drive motor 1231 to the pulley axis of the first pulley 1236 or the second pulley 1232.

The belt 1238 is provided by winding the first pulley 1236 and the second pulley 1232. The first pulley 1236 and the second pulley 1232 are formed with teeth, and the first pulley 1236 and the second pulley 1232 are formed on the inner surface of the belt 1238 along the inner surface of the belt 1238. A groove that engages is formed. An example of the belt 1238 is a timing belt. A groove is formed in the belt 1238, and teeth are formed in the first pulley 1236 and the second pulley 1232 to allow sliding between the first pulley 1236 and the second pulley 1232 and the belt 1238. This is prevented.

The moving bar 124 moves up and down by being driven by the driving unit 123. The moving bar 124 is provided in the shape of a bar extending in the width direction. The moving bar 124 is coupled to the driving unit 123 in the shape of a bar extending in the width direction and moves up and down by driving the driving unit 123. The moving bar 124 is coupled to the belt 1238 between the first pulley 1236 and the second pulley 1232 in the vertical direction. The moving bar 124 is coupled to the belt 1238, and moves up and down along with the belt 1238 when the belt 1238 rotates.

The moving bar 124 may extend in the width direction so that both sides in the width direction are coupled to the belt 1238 of the drive unit 123. Both sides of the moving bar 124 in the width direction are coupled to the belt 1238 via a coupling portion 12381.

The coupling portion 12381 is plate-shaped and is fixedly coupled to the outer surface of the belt 1238 with a screw. A concave groove extending in the width direction in the direction facing the belt 1238 is formed in the coupling portion 12381. The moving bar 124 is provided by being inserted between the concave groove of the belt 1238 and the coupling portion 12381. The coupling portion 12381 may be made of a metal material.

The moving bar 124 may be provided in plurality, and the outer side of the moving bar 124 in the width direction may be coupled to the driving unit 123. Two moving bars 124 may be provided and fixed to both sides in the width direction of the tray 125, and the outer sides of the moving bars 124 in the width direction may be coupled to belts 1238 on both sides.

The moving operation unit 120 may further include a tray 125 as shown in FIGS. 2 and 3.

The tray 125 is installed on the moving bar 124 and moves up and down together with the moving bar 124. The tray 125 is coupled to the end of the moving bar 124 and moves up and down together with the moving bar 124. The horizontal length of the tray 125 is long enough to accommodate the products arranged in each row when they are discharged.

As shown in Figures 4 and 5, the tray 125 includes a bottom part 1251, a side part 1253, a tray guide part 1255, and a spring 1257.

The bottom portion 1251 has a plate shape extending in the width direction. The horizontal length of the bottom portion 1251 is long enough to accommodate the products arranged in each row when they are discharged.

The side portions 1253 are bent and extended upward on both sides and the rear of the bottom portion 1251 in the width direction. Accordingly, the tray 125 is provided in a form that opens upward and forward.

The tray guide portion 1255 is provided below the bottom portion 1251 and on both sides of the bottom portion 1251 in the width direction. The tray guide 1255 is formed in a cylindrical shape with openings at both ends in the width direction. The moving bar 124 is rotatably inserted into the tray guide 1255. The tray 125 is rotatably provided on the moving bar 124 by inserting the moving bar 124 into the tray guide 1255.

The spring 1257 is provided on both sides of the bottom portion 1251 in the width direction, and may also be provided on one side of the bottom portion 1251 in the width direction. The movable bar 124 is further provided with a spring coupling portion 1241 protruding and extending rearward, one side of the spring 1257 is coupled to the spring coupling portion 1241 of the movable bar 124, and the other side is a tray ( It is coupled to the side portion 1253 of 125).

The tray 125 moves to the selected product position along with the moving bar 124 according to the operation of the moving operation unit 120, and the product (P) is separated from the holder 111 by the operation of the outlet eastern part 190. This is accepted.

The tray 125 is equipped with a code reader 140 that reads the code attached to the selected product (P). The code reader 140 is provided on the tray 125 and moves up and down together with the tray 125. The number of code readers 140 equal to the number of rows in the horizontal direction where the product P is displayed is attached to the tray 125. The code reader 140 is provided in plurality along the horizontal direction at the rear of the tray 125 to read the code attached to the product P in each row where the product is displayed. The code reader 140 may be installed on the bottom 1251 of the tray 125. In this case, the code of the product (P) may be attached to the downward position of the product packaging when the product (P) is displayed. there is.

The code reader 140 is provided with a separate member on the moving bar 124 and is provided at the rear of the tray 125. It may be installed on the code reader 140 as a separate member, but this is provided on the tray 125. It will fall within the same range as what is installed.

The moving operation unit 120 is equipped with a code reader 140 that reads the barcode (BC) attached to the product (P), moves to the product selected by the buyer, reads the barcode (BC) attached to the product, and provides the selected price information. Since is obtained and payment is made at that price, there is no need to package the product in quantity, which reduces packaging time and reduces livestock products wasted during the packaging process.

When the tray 125 is provided, the code reader 140 is installed in the tray 125, so the tray 125 is moved to the selected product and the code reader 140 reads it to obtain price information. The product can be moved directly to the tray 125 and moved to the discharge port 115. This ensures efficient operation and reduces maintenance costs. In addition, since the tray 125 is provided with a number of code readers 140 corresponding to the number of rows in which products are displayed, the codes attached to the arranged products P are read and discharged without moving the tray 125 in the horizontal direction. (P) can be accommodated, making operation faster and energy for operation reduced.

The housing 110 of the livestock product vending machine 100 is further provided with a locking portion 117 at the bottom. The locking portion 117 extends in the width direction and is fixed to the housing 110. The locking portion 117 is provided to be spaced apart from the rear of the moving bar 124 when the moving bar 124 is located at the lower portion.

As shown in FIG. 5, when the tray 125 is lowered by the operation of the driving unit 123, the moving operation unit 120 moves one side of the tray 125, that is, the rear of the tray 125, to the locking unit ( 117), the opposite side is tilted downward and the product contained in the tray 125 falls inside the outlet 115, and when the tray 125 rises, the tray 125 moves in the opposite direction due to the restoring force of the spring 1257. It rotates.

In FIG. 2, reference numeral 1234-1 indicates a counterweight 1234-1, where one side of the first pulley shaft 12361 extends in the width direction, and a counterweight 1234-1 is located at the extended end. It is provided. The counterweight 1234-1 serves to balance the weight when the belt 1238 rotates by the operation of the power transmission unit 1234 and the moving bar 124 and the tray 125 move up and down.

The tray 125 may be further provided with a first driving unit 127 and a tray body 125-1 as shown in FIG. 6. When the tray body 125-1 is provided, the code reader 140 is provided in the tray body 125-1.

The first driving unit 127 includes a first motor 1271 installed on the tray 125, a first driving pulley 1274 rotated by the first motor 1271, and the first driving pulley 1274. ) and a second driving pulley 1276 spaced apart in the width direction and rotatably installed on the tray 125 by a bearing 1279, and winding the first driving pulley 1274 and the second driving pulley 1276. It includes the first belt (12741).

The tray body 125-1 is provided on the upper part of the tray 125. The tray body 125-1 is provided to be capable of reciprocating movement in the width direction by the first driving part 127. The tray body 125-1 is installed on the first belt 12741 between the first driving pulley 1274 and the second driving pulley 1276. The tray main body 125-1 includes a main body bottom part 1251-1 and a main body side part 1251-3.

The main body bottom portion 1251-1 is provided in a plate shape. The horizontal length of the main body bottom portion 1251-1 has a length that can accommodate the product P with the largest width among the products arranged in each row when the products arranged in each row are discharged.

The main body side portion 1251-3 is bent and extended upward on both sides and rear of the main body bottom portion 1251-1 in the width direction. Accordingly, the main body tray 125-1 is provided in a form that is opened upward and forward.

The tray body 125-1 is provided with the lower part of at least one side in the front-back direction in contact with the tray 125 with the first belt 12741 interposed therebetween. A wheel (not shown) may be provided at the lower part of the tray body 125-1. The wheel rolls on the upper part of the tray 125 and reciprocates in the width direction. The wheel may be provided on both sides with the first belt 12741 in between.

The code reader 140 is provided in the tray body 125-1. The code reader 140 is provided on the tray main body 125-1 and moves in the width direction together with the tray main body 125-1. One code reader 140 is attached to the tray main body 125-1. The code reader 140 may be installed on the main body bottom 1251-1 of the tray main body 125-1. In this case, the code of the product P is displayed at the bottom of the product packaging when the product P is displayed. It can be attached in any location.

Figure 7 shows a modified example of the first driving unit 127.

In FIG. 7, the first driving unit 127 includes a first motor 1271 installed on the tray 125, and the first motor 1271 extends in the width direction so that both sides are rotatable by bearings 1279. A driving ball screw 12761 rotated by a second power transmission unit 1272 that transmits the rotation of the first motor 1271 to the driving ball screw 12761, and a drive ball screw 12761 In total, it includes a ball screw (not shown) that moves in the width direction with the rotation of the driving ball screw 12761.

The tray body 125-1 is coupled to the ball screw and moves in the width direction together with the ball screw. The tray body 125-1 is coupled to the ball screw and moves in the width direction together with the ball screw through rotation of the driving ball screw 12761.

The tray body 125-1 is provided with a lower portion of at least one side in the front-back direction in contact with the tray 125 with the driving ball screw 12761 interposed therebetween. A wheel (not shown) may be provided at the lower part of the tray body 125-1. The wheel rolls on the tray 125 and reciprocates in the width direction. The wheel may be provided on both sides with a driving ball screw 12761 in between.

As shown in FIGS. 6 and 7, the tray body 125-1 provided on the upper part of the tray 125 is rotated when the tray 125 is caught on the locking portion 117. -1) also rotates together with the tray 125 so that the product accommodated in the tray main body 125-1 is separated from the tray main body 125-1.

The tray body 125-1 is moved up and down together with the tray 125 by the driving unit 123, and the tray main body 125-1 is moved in the width direction by the first driving unit 127. The driving unit 123 and the first driving unit 127 operate to move the tray main body 125-1 in front of the product purchased by the consumer, and the code reader 140 provided in the tray main body 125-1 moves the product to the front of the product purchased by the consumer. The code attached to is read, and the discharge port 190 operates upon payment by the consumer, so that the product P displayed on the holder 111 is removed and received into the tray main body 125-1.

The moving operation unit 120 may be formed in the form shown in FIG. 8. The moving operation unit 120 may include a moving guide 121, a driving part 123, a first driving part 127, a tray 125, and a first moving guide 122. .

The moving guide 121 is installed in the housing 110. The moving guide 121 is fixedly installed in the housing 110 to extend upward and downward. Two moving guides 121 may be provided side by side and spaced apart in the width direction. The moving guide 121 has a rod shape extending in the vertical direction, and includes a guide rail 1211 with both ends fixed to the housing 110, and a moving block provided to move in the up and down direction along the guide rail 1211. (1213) is included.

The driving unit 123 is installed in the housing 110. The driving unit 123 extends up and down and is rotatably installed in the housing 110. The driving unit 123 is spaced apart from the moving guide 121 in the width direction and is provided in parallel with the moving guide 121.

The driving unit 123 has a rod shape extending in the vertical direction and has one end rotatable by a bearing 1239 installed in the housing 110, and is screwed to the ball screw 1237. A ball screw 1233 moves up and down along the ballscrew 1237 by the rotation of the ballscrew 1237, and is provided in the housing 110 and connected to the other end of the ballscrew 1237 to form a ball screw ( It includes a drive motor 1231 that rotates 1237). The driving motor 1231 is connected to the ball screw 1237 via a coupling 12391.

As shown in Figures 8 and 10, the first driving part 127 is provided in the shape of a bar extending in the width direction. The first driving part 127 extends in the width direction, and one side in the width direction is connected to a first driving motor 1271 to rotate a first ball screw 1277, and the motor shaft is connected to the first ball screw 1277. A first drive motor 1271 is connected and installed on the moving block 1213 and moves up and down with the moving block 1213, and is screwed to the first ball screw 1277 to rotate the first ball screw 1277. It includes a first ball screw 1273 that moves left and right according to.

The first ball screw 1277 has one side in the width direction coupled to the moving block 1213 via a bearing 1212 and guided by a guide rail 1211, and the other side is provided as one side of the ball screw 1233. It is rotatably coupled to the guide portion 1232 and moves up and down integrally with the ball screw 1233. When the two moving guides 121 are provided, one side in the width direction of the first ball screw 1277 is coupled to the moving block 1213, and the other side in the width direction passes through the guide portion 1232 and extends the width. It may extend in one direction and be rotatably coupled to the moving block 1213 of the other moving guide 121 via a bearing 1212.

The first moving guide 122 is provided behind the first ball screw 1277. The first moving guide 122 is provided parallel to the first ball screw 1277. The first moving guide 122 includes a first guide rail 1221 and a first moving block portion.

The first guide rail 1221 is provided in the shape of a bar extending in the width direction. The first guide rail 1221 extends parallel to the first ball screw 1277. One end of the first guide rail 1221 in the width direction is coupled to the moving block 1213, and the other side is coupled to the guide portion 1232 provided on the ball screw 1233.

The first moving block unit is provided on the first guide rail 1221 to be able to slide along the first guide rail 1221. The first moving block unit includes a first moving block 1223 coupled to the lower part of the tray 125, and a first guide rail opposite to the first moving block 1223 with the first guide rail 1221 in between. It includes a second moving block 1225 provided at the lower part of 1221. The first moving block 1223 and the second moving block 1225 face each other and form concave tracks extending in the width direction. The first guide rail 1221 is inserted into the track and is slidably provided.

The tray 125 is provided on the upper part of the first moving guide 122 and the first driving part 127. The tray 125 is provided fixed to the upper part of the first moving block 1223 of the first moving guide 122 and the first ball screw 1273 of the first driving part 127.

The tray 125 includes a bottom 1251, a side 1253, and a spring 1257.

The bottom portion 1251 is provided in a plate shape. The horizontal length of the bottom portion 1251 has a length that can accommodate the products in each row when the products arranged in each row are discharged. The bottom part 1251 is fixed to the first moving block 1223 of the first moving guide 122 and the first ball screw 1273 of the first driving part 127.

The side portions 1253 are bent and extended upward on both sides and the rear of the bottom portion 1251 in the width direction. Accordingly, the tray 125 is provided in a forward opening form.

The spring 1257 is provided on both sides of the bottom portion 1251 in the width direction, and may also be provided on one side of the bottom portion 1251 in the width direction. The second moving block 1225 of the first moving guide 122 is further provided with a spring coupling portion (not shown) protruding rearward, and the spring 1257 has one side of the second moving block 1225. It is coupled to the spring coupling part of and the other side is coupled to the side part (1253).

The tray 125 is coupled to the first ball screw 1277 and moves up and down together with the first driving part 127, and is coupled to the first ball screw 1273 and the first moving block part to move the first ball screw 1277. It moves left and right integrally with the screw (1273).

The tray 125 is moved up and down by the first driving unit 127 and then moved left and right by the first moving guide 122 to the selected product position. The tray 125 can be moved diagonally toward the selected product by simultaneously operating the first driving unit 127 and the first moving guide 122.

The tray 125 moves to the selected product position together with the first driving part 127 and the moving guide part 122 according to the operation of the moving operation part 120, and moves to the holder 111 by the operation of the discharge part 190. ) A product (P) that deviates from ) is accepted.

The tray 125 is equipped with a code reader 140 that reads the barcode (BC) attached to the selected product (P). The code reader 140 is provided at the rear of the tray 125 to read the barcode (BC) attached to the product (P) in each row where the product is displayed. The code reader 140 may be installed at the bottom 1251 of the tray 125. In this case, the barcode (BC) of the product (P) is placed at the downward position of the product packaging when the product (P) is displayed. It can be attached.

The housing 110 is further provided with a locking portion 117 at the bottom. The locking portion 117 is provided to be spaced to the rear of the first movable guide 122 when the first movable guide 122 is located in the lower part of the housing 110. The locking portion 117 extends in the width direction and is fixed to the housing 110.

The moving operation unit 120 is such that when the tray 125 is lowered by the operation of the driving unit 123, one side of the tray 125, that is, the rear of the tray 125, is caught by the locking unit 117 and the other side is lowered. The product stored in the tray 125 is tilted and falls inside the discharge port 115, and when the tray 125 rises, the tray 125 rotates in the opposite direction due to the restoring force of the spring 1257.

The moving operation unit 120 may also be formed in the form shown in FIG. 9. The moving operation unit 120 includes a driving unit 123, a first driving unit 127, a first moving guide 122, and a tray 125.

The driving unit 123 is installed in the housing 110. The driving unit 123 is rotatably installed in the housing 110.

The driving unit 123 is rotatably provided in the housing 110 by a bearing 1239, and is rotatable in the housing 110 by a first pulley 1236 installed to be spaced apart from each other in the width direction and a bearing 1239. A second pulley 1232 is provided and spaced apart from each other in the width direction and is located downwardly spaced from the first pulley 1236, a drive motor 1231 installed in the housing 110, and the drive motor 1231. A power transmission unit 1234 that transmits rotation to the first pulley 1236 or the second pulley 1232 is spaced apart in the width direction and winds the first pulley 1236 and the second pulley 1232 on both sides in the width direction. It includes a belt 1238 provided.

The first pulleys 1236 installed to be spaced apart from each other in the width direction are connected to the pulley shaft 12361 and rotate simultaneously, and the second pulleys 1232 installed to be spaced apart from each other in the width direction are connected to the pulley shaft 12321. rotated at the same time.

Figure 9 shows a structure in which the pulley shaft 12361 of the first pulley 1236 is rotated by the drive motor 1231, but the drive motor 1231 is rotated by the pulley shaft 12321 of the second pulley 1232. It is also possible to install it in a rotating structure.

The power transmission unit 1234 is coupled to a first gear installed on the pulley axis of the first pulley 1236 or the second pulley 1232 and a rotation axis of the drive motor 1231 and meshes with the first gear. It can be made of gears. A reducer is installed in the drive motor 1231, and the second gear may be coupled to the output shaft of the reducer.

The power transmission unit 1234 includes a first sprocket installed on the pulley axis of the first pulley 1236 or the second pulley 1232, a second sprocket coupled to the rotation axis of the drive motor 1231, and the first sprocket and the second sprocket. It may be composed of a chain provided by winding 2 sprockets.

The power transmission unit 1234 includes a first drive bulge installed on the pulley axis of the first pulley 1236 or the second pulley 1232, a second drive bulge coupled to the rotation axis of the drive motor 1231, and a first drive unit. It may be composed of a drive belt wound around a pulley and a second drive pulley.

The power transmission unit 1234 may be a coupling in which one side is coupled to the pulley axis of the first pulley 1236 or the second pulley 1232 and the other side is coupled to the rotation axis of the drive motor 1231.

In addition, the power transmission unit 1234 may be formed in various combinations that transmit the rotation of the drive motor 1231 to the pulley axis of the first pulley 1236 or the second pulley 1232.

The belt 1238 is provided by winding the first pulley 1236 and the second pulley 1232. The first pulley 1236 and the second pulley 1232 are formed with teeth, and the first pulley 1236 and the second pulley 1232 are formed on the inner surface of the belt 1238 along the inner surface of the belt 1238. A groove that engages is formed. An example of the belt 1238 is a timing belt. A groove is formed in the belt 1238, and teeth are formed in the first pulley 1236 and the second pulley 1232 to allow sliding between the first pulley 1236 and the second pulley 1232 and the belt 1238. This is prevented.

The first driving unit 127 is coupled to the driving unit 123 and moves up and down by driving the driving unit 123. The first driving unit 127 is coupled to the belt 1238 between the first pulley 1236 and the second pulley 1232 in the vertical direction. The first driving unit 127 is coupled to the belt 1238, and moves up and down along with the belt 1238 when the belt 1238 rotates.

As shown in Figures 9 and 10, the first driving part 127 extends in the width direction and is rotatably coupled to both belts 1238 by a coupling part 12381, and one side in the width direction is the first driving motor. A first ball screw (12771) connected to and rotated by (1271), a first drive motor (1271) whose motor shaft is connected to the first ball screw (12771) and installed in a coupling portion (12381) on one side, It includes a first ball screw 12721 that is screwed to the first ball screw 12771 and moves in the width direction as the first ball screw 12771 rotates.

The coupling portion 12381 is plate-shaped and is fixedly coupled to the outer surface of the belt 1238 with a screw. The coupling portion 12381 may be made of a metal material. A concave groove extending in the width direction in the direction facing the belt 1238 is formed in the coupling portion 12381. The first ball screw 12771 is inserted into the concave groove of the belt 1238 and the coupling portion 12381.

The first moving guide 122 is provided behind the first ball screw 12771. The first moving guide 122 is provided in parallel with the first ball screw 12771. The first moving guide 122 includes a first guide rail 1221 and a first moving block portion.

The first guide rail 1221 is provided in the shape of a bar extending in the width direction. The first guide rail 1221 extends parallel to the first ball screw 12771. The first guide rail 1221 is coupled to the coupling portion 12381 on both sides in the width direction.

The first moving block unit is provided on the first guide rail 1221 to be able to slide along the first guide rail 1221. The first moving block unit includes a first moving block 1223 coupled to the lower part of the tray 125, and a first guide rail opposite to the first moving block 1223 with the first guide rail 1221 in between. It includes a second moving block 1225 provided at the lower part of 1221. The first moving block 1223 and the second moving block 1225 face each other and form concave tracks extending in the width direction. The first guide rail 1221 is inserted into the track and is slidably provided.

The tray 125 is provided on the upper part of the first moving guide 122 and the first driving part 127. The tray 125 is provided fixed to the upper part of the first moving block 1223 of the first moving guide 122 and the first ball screw 12721 of the first driving part 127. The tray 125 is coupled to the first ball screw 12721 and the first moving block unit and moves in the width direction integrally with the first ball screw 12721.

The tray 125 includes a bottom 1251, a side 1253, and a spring 1257.

The bottom portion 1251 is provided in a plate shape. The horizontal length of the bottom portion 1251 has a length that can accommodate the products in each row when the products arranged in each row are discharged. The bottom part 1251 is fixed to the first moving block 1223 of the first moving guide 122 and the first ball screw 12721 of the first driving part 127.

The side portions 1253 are bent and extended upward on both sides and the rear of the bottom portion 1251 in the width direction. Accordingly, the tray 125 is provided in a forward opening form.

The spring 1257 is provided on both sides of the bottom portion 1251 in the width direction, and may also be provided on one side of the bottom portion 1251 in the width direction. The second moving block 1225 of the first moving guide 122 is further provided with a spring coupling portion protruding rearward, and one side of the spring 1257 is coupled to the spring coupling portion of the second moving block 1225. and the other side is coupled to the side portion 1253.

The tray 125 is coupled to the first ball screw 12771 and moves up and down together with the first driving part 127, and is coupled to the first ball screw 12721 and the first moving block part to move the first ball screw 12771. It moves left and right in unison with the screw (12721).

The tray 125 is moved up and down by the first driving part 127 and then moved in the width direction by the first moving guide 122 to the selected product position. The tray 125 can be moved diagonally toward the selected product by simultaneously operating the first driving unit 127 and the first moving guide 122.

The tray 125 moves to the selected product position together with the first driving part 127 and the moving guide part 122 according to the operation of the moving operation part 120, and moves to the holder 111 by the operation of the discharge part 190. ) A product (P) that deviates from ) is accepted.

The tray 125 is equipped with a code reader 140 that reads the code attached to the selected product (P). The code reader 140 is provided at the rear of the tray 125 to read the code attached to the product P in each row where the product is displayed. The code reader 140 may be installed at the bottom 1251 of the tray 125. In this case, the barcode (BC) of the product (P) is placed at the downward position of the product packaging when the product (P) is displayed. It can be attached.

The housing 110 is further provided with a locking portion 117 at the bottom. The locking portion 117 is provided to be spaced to the rear of the first movable guide 122 when the first movable guide 122 is located in the lower part of the housing 110. The locking portion 117 extends in the width direction and is fixed to the housing 110.

The moving operation unit 120 is such that when the tray 125 is lowered by the operation of the driving unit 123, one side of the tray 125, that is, the rear of the tray 125, is caught by the locking unit 117 and the other side is lowered. The product stored in the tray 125 is tilted and falls inside the discharge port 115, and when the tray 125 rises, the tray 125 rotates in the opposite direction due to the restoring force of the spring 1257.

As shown in FIG. 1, the livestock product vending machine 100 is provided with an input unit 130, a payment unit, and a receipt output unit 180 on one front side of the housing 110.

In the input unit 130, a command to select and purchase a product displayed on the holder 111 is input. The input unit 130 can be used as a button or can be formed as a touch screen.

As shown in FIG. 1, when the input unit 130 is formed as a touch screen, the input unit 130 is divided into a plurality of areas, including a selection input unit 131, a cancel touch unit 133, and a selection touch unit. It may consist of (135), a selection display unit (137), and a selection completion unit (139).

The selection input unit 131 of the input unit 130 is divided according to the number of rows and columns in which the product P is displayed, and includes a plurality of division selection units 1311. A number may be displayed in the division selection unit 1311.

The selection display unit 137 is an area where the selected product is displayed, and the selected product number 1371 is displayed.

The selection touch unit 135 is an area for selecting a product to be purchased. After selecting the division selection area 1311 of the product to be selected among the products listed in the selection input unit 131, the selection touch unit 135 is used. When selected, the selected product is displayed on the selection display unit 137. When selecting a product from the selection input unit 131, if you select the area of the division selection unit 1311 of the product you want to purchase, the selected product can be immediately displayed on the selection display unit 137. In this case, the selection touch unit 135 ) area may not be provided.

When you want to cancel some of the plurality of products 1371 selected on the selection display unit 137, the cancel touch unit 133 selects the product 1371 you want to cancel and then touches the cancel touch unit 133 to cancel it. The desired product (1371) is deleted.

The selection completion section 139 is a selection area for advancing to the payment step to purchase the product listed in the selection display section 137.

The payment unit is provided to pay for purchased products, and is connected to and controlled by the control unit 200. The payment unit consists of a card reader unit 160 that can read credit cards, a cash input unit (not shown) that reads cash when it is input, and a QR reader unit 210 that scans a QR code.

As shown in FIG. 11, the control unit 200 controls each control object or performs logical operations according to procedures determined by the program. The control unit 200 includes an input unit 130 that displays the information message stored in the storage unit and transmits the input data to the control unit 200 when the buyer enters specific data according to the information message, and an input unit 130 that transmits the input data to the control unit 200 when the card is inserted. A card reader unit 160 that reads card information, a cash reader unit (not shown) that reads cash when it is inserted, and a QR reader unit 210 that scans a QR code are connected. And the control unit 200 is connected to a receipt output unit 180 that prints a receipt after payment.

The automatic vending system for livestock products according to the present invention is equipped with a server and a communication unit, and one or more automatic vending machines 100 are provided and communicate with the server. The server is equipped with a communication unit and communicates with each vending machine 100 through a network (eg, Internet communication network). The server can communicate individually with each vending machine 100 and can communicate with a plurality of vending machines 100 at the same time.

A display means 130-1 is further connected to the control unit 200 provided in the vending machine 100, and a communication unit for communication with the server is provided. The vending machine 100 is further equipped with a display means 130-1 that displays the price per weight of the product displayed in the housing 110, and the display means 130-1 is connected to the control unit 200. .

The display means (130-1) is provided in plural numbers. The display means (130-1) is provided adjacent to each product (P) displayed on each stand (111). The display means 130-1 is provided on the stand 111 so as to be located below each product P displayed on the stand 111. Products (P) stacked at each position of the holder 111 are stacked and displayed with products (P) of the same type. The display means 130-1 is composed of a plurality of LED modules, and a plurality of LED modules selected by a signal from the control unit 200 are selectively lit to display the price per weight (eg, price per 100g).

The product type information stored in each storage position of the holder 111 is stored in the server storage unit, and when the product stored in each storage position changes, the product type information stored in the server storage unit is also changed.

The administrator can check the type of product stored in the storage position of each vending machine through the server's display unit (e.g., terminal, not shown), and the price per weight of the product stored in the storage position of each vending machine through the server's input unit. You can enter the price (e.g. price per 100g) or change the price per weight entered.

The changed price per weight information is transmitted to the vending machine 100 and stored in the storage unit of the vending machine 100. Price information per weight transmitted by a command from the control unit 200 is displayed through the display means 130-1.

The price per weight of the product sold in real time is entered through the input unit of the server and displayed on the display means (130-1), so the consumer can check the price per weight provided in real time and purchase the product at that price. there is.

In the case of a discount event such as an event, the event can be held without adding or changing a label to the display means (130-1) by changing the price per weight to the event price and entering it through the input unit of the server.

The barcode (BC) attached to the product (P) includes the weight information of the product and is printed along with the barcode. The weight of the product is printed on the barcode (BC) attached to the product (P), allowing consumers to visually check the weight of the product in advance, and price information per weight displayed on the display means (130-1) provided at the bottom of the product. You can also predict and check the price of the product.

Even products stored in the same location may have different weights, but in a system such as the present invention, consumers can purchase while predicting and confirming the sales price.

In addition, even if the price per weight of the product changes, it can be sold without changing the label paper on which the barcode (BC) is printed.

Hereinafter, the operating sequence of the livestock product automatic vending machine 100 according to the present invention will be described.

First, when the buyer sees the product (P) displayed on the holder 111 and touches the division selection unit 1311 at the position corresponding to the product display position in the selection input unit 131, the selected product number is displayed in the selection display unit 137. is displayed in

Next, according to a signal from the control unit 200, the driving unit 123 of the moving operation unit 120 moves up and down to the selected number, and the code reader 140 provided in the driving unit 123 selects the product (P ) to obtain price information by reading the barcode (BC) attached to it. The code reader 140 reads the barcode (BC), the read weight information is transmitted to the control unit 200, the price per weight stored in the storage unit is calculated, and the price information of the selected product is displayed along with the product number in the selection display unit 137. is displayed in

For example, when the buyer selects number 6 in the selection input unit 131, which is the input unit 130, the selected location information is transmitted to the control unit 200, and the driving unit 123 operates according to the transmitted information to store the tray 125. moves to the selected product. The code reader 140 provided in the tray 125 reads the barcode (BC), the read weight and product number information is transmitted to the control unit 200, and the price per weight stored in the storage unit is calculated to provide price information for the selected product. is displayed on the selection display unit 137 along with the product number.

When a plurality of products (P) are selected through the above process, the selected product numbers are displayed side by side on the selection display unit 137. Price information obtained by reading by the code reader 140 is displayed along with each selected product number, and the total price is calculated to display the total price.

When the selection is completed by touching the area of the selection completion unit 139, the touch signal is transmitted to the control unit 200, and the price and cart payment are added to the area of the input unit 130, for example, in the area adjacent to the selection completion unit 139. The request content is displayed.

A guidance message for selecting a payment method such as a postpaid credit card, prepaid card, cash payment, or QR code payment is displayed on the input unit 130 of the vending machine, and the buyer selects the desired payment method by touching it accordingly.

When the buyer selects the postpaid credit card payment box by touching the card, and inserts the card into the card reader unit 160 according to the card insertion information message, the card reader unit 160 reads the card information, and the control unit 200 Transmits request data requesting that card information be transmitted to a financial institution. When card information is received from a financial institution, the control unit 200 displays the payment amount on the input unit 130 and requests approval from the financial institution for the payment amount by having the buyer touch a confirmation window. When approval information is transmitted from the financial institution to the control unit 200, a receipt is issued through the receipt output unit 180, and payment is completed.

When paying with cash or a prepaid card, the control unit 200 displays the payment amount on the input unit 130, and the card reader unit 160 reads the card reader unit 160 according to the cash or prepaid card input information message from the input unit 130. ) or insert cash into the cash slot, a receipt is issued through the receipt output unit 180, and payment is completed.

When paying with a QR code, when the QR code is scanned by the QR reader unit 210 according to the QR code recognition message of the input unit 130, the QR reader unit 210 reads the QR code information, and the control unit 200 ) transmits request data requesting that QR code information be transmitted to the financial institution. When QR code information is received from a financial institution, the control unit 200 displays the payment amount on the input unit 130 and requests approval from the financial institution for the payment amount by having the buyer touch the confirmation window. When approval information is transmitted from the financial institution to the control unit 200, a receipt is issued through the receipt output unit 180, and payment is completed.

When a consumer makes a payment for the purchase of the product, the payment information is transmitted to the control unit 200, and the outlet unit 190 operates according to the payment information received from the control unit 200 to display the transfer spring 191 where the selected product is displayed. This rotates, and the selected product is separated from the storage unit 111. The separated product is discharged to the tray 125, and the driving unit 123 operates to move the tray 125 to the discharge unit 115, so that the tray 125 descends and is caught by the catching unit 117, tilting to one side. As the product falls, the received product falls into the discharge unit 115 and becomes ready to be discharged. Next, when the operation of the lock operation unit 150 is canceled by a signal from the control unit 200 and the light of the discharge lighting unit 170 is turned on, the buyer opens the discharge port 115 and withdraws the product.

100: Livestock product vending machine
110: Housing 120: Moving operation unit
130: input unit 140: code reader
150: lock operation unit 160: card reader unit
170: Discharge lighting unit 180: Receipt output unit
190: Eastern outlet 200: Control unit
210: QR reader unit

Claims (4)

An automatic vending system for livestock products including a server and one or more vending machines (100) equipped with a communication unit and communicating with the server;
The vending machine 100 includes a housing 110 that becomes the main body and includes a holder 111 on which the product P is displayed and a discharge unit 115 for extracting the product, and discharges the product displayed on the holder 111. an outlet unit 190 that inputs a command to select and purchase a product displayed on the stand 111, an input unit 130 that inputs a command to purchase the product, a payment unit provided to pay for the purchased product, and movement to the selected product. Possibly provided in the housing 110, it includes a mobile operating unit 120 having a code reader 140 that reads the barcode (BC) attached to the product;
A vending machine system for livestock products, characterized in that the housing (110) is provided with a display means (130-1) that displays the price per weight of the displayed product adjacent to each product displayed on each stand (111). The vending machine according to claim 1, wherein the vending machine (100) includes a control unit (200), and the display means (130-1) is connected to the control unit (200);
The price information of the product is transmitted from the server to the control unit 200 and stored in the storage unit, and the price per weight, which is the transmitted price information, is displayed on the display means 130-1 by a signal from the control unit 200. Characterized by a vending machine system for livestock products. The automatic vending machine system for livestock products according to claim 1 or 2, wherein the display means (130-1) is provided on the stand (111) so as to be located below each product displayed on the stand (111). The automatic vending machine system for livestock products according to claim 2, wherein the display means (130-1) consists of a plurality of LED modules and is selectively lit by a signal from the control unit (200) to display the price per weight. .