JP4333654B2 - vending machine - Google Patents

Description

  The present invention comprises a plurality of product racks arranged in the depth direction inside the product storage, and supplies air after passing through the heat exchanging means to the product storage. The present invention relates to a vending machine configured to maintain a product stored in a product rack at a desired temperature state by sucking out air from a product storage through a suction port of a side duct provided on the side.

  In vending machines that sell products such as canned beverages and beverages containing plastic bottles, a product storage for storing products in the main body cabinet is configured. The product storage is a space surrounded by a heat insulating material, and a product storage room having a product rack is formed in an upper part partitioned by a shooter, and a heat exchange chamber is formed in a lower part thereof. . The product rack has a product storage passage for storing products in the product storage room along the vertical direction. The heat exchange chamber is provided with a blower fan that blows air and heat exchange means. The heat exchange means is a cooling means for cooling air or a heating means for heating air.

  The product storage is provided with a back duct and a side duct. A back duct has a back surface suction port in the upper part of the back of a goods storage, and connects between a goods storage room and a heat exchange room via this back surface suction port. The side duct has a side suction port at the side intermediate portion of the product storage, and communicates between the product storage chamber and the rear duct via the side suction port.

  In the vending machine configured as described above, when the blower fan disposed in the heat exchange chamber is driven, the air in the heat exchange chamber is supplied to the product storage chamber from the outlet of the shooter, while the air in the product storage chamber is It will be returned to the heat exchange chamber via the back and side ducts. During this time, if the cooling means is driven, the product in the product storage room is kept cooled, and if the heating means is driven, the product in the product storage room is kept heated.

  When the user performs a sales operation such as inserting coins from this state, a sales command is given to the product rack that stores the corresponding product, and the product stored at the bottom of the product storage passage is cooled or heated. It will be paid out to the user in the state.

  According to the above-described vending machine, the air in the product storage chamber is returned to the heat exchange chamber through the side suction port located relatively below, so that the air sucked out from the rear duct located relatively above The amount will be relatively reduced. Accordingly, the product stored in the lower part of the product storage chamber can be intensively cooled or heated, which is advantageous in terms of energy saving, such as reduction in power consumption (see, for example, Patent Document 1). .

JP 2004-133807 A

  By the way, it goes without saying that it is preferable to store as many products as possible in a product storage in a vending machine that sells products without human intervention. However, providing a large number of product storage passages in a single product rack is not necessarily preferable in terms of handling when considering the outer diameter and weight. For this reason, conventionally, by arranging a plurality of product racks in the product storage along the depth direction, the number of products stored can be increased without complicating handling work.

  On the other hand, in a vending machine in which a plurality of merchandise racks are arranged along the depth direction of the merchandise storage, the length of the side duct becomes relatively long, which may cause a problem in handling. Here, regarding a side duct, if a plurality of constituent members are continuously provided in the depth direction, individual handling becomes easy. However, when the side duct is divided and configured in addition to the product rack, the number of parts to be handled is remarkably increased, resulting in a new problem such as complicating maintenance work.

  In view of the above circumstances, an object of the present invention is to provide a vending machine that can improve the handleability and can save energy while suppressing an increase in the number of parts.

  In order to achieve the above object, a vending machine according to claim 1 of the present invention comprises a plurality of product racks arranged along a depth direction inside a product storage, While supplying air after passing through the heat exchange means, the air stored in the product rack is sucked out through the suction port of the side duct provided on the side surface of the product storage, so that the product stored in the product rack can be at a desired temperature. In the vending machine that is maintained in a state, when the product racks are provided with duct components, and the plurality of product racks are arranged in the product storage, the duct components are connected to each other to connect the side ducts. It is characterized by comprising.

  The vending machine according to claim 2 of the present invention is the vending machine according to claim 1, wherein the product rack has a product storage passage for storing products between a pair of rack side plates, and the duct. The constituent element is a hollow box-shaped body configured with a rack side plate of a product rack as one side wall.

  The vending machine according to claim 3 of the present invention is characterized in that, in claim 2 described above, at least a portion through which the side duct passes at the edge of the rack side plate is bent toward the product storage passage side. To do.

  According to the present invention, since the duct component is provided in each of the product racks arranged in the depth direction inside the product storage, the handling property is improved and the increase in the number of parts is suppressed. However, the side duct can be configured, and energy saving can be achieved.

  Exemplary embodiments of a vending machine according to the present invention will be described below in detail with reference to the accompanying drawings.

  1 and 2 show a vending machine according to an embodiment of the present invention. The vending machine illustrated here sells beverages in containers, such as canned beverages and beverages in plastic bottles, and includes a main body cabinet 10. The main body cabinet 10 is configured by combining a plurality of steel plates, and has a rectangular shape with an open front surface.

  An outer door 20 and an inner door 30 are held at one side edge of the main body cabinet 10. The outer door 20 is used to open and close the front opening of the main body cabinet 10 and is a front portion of the vending machine. Although not clearly shown in the figure, on the front surface of the outer door 20, there is a product display room for displaying a sample of sales products, a selection button for selecting sales products, a money slot for inserting money, a payment Configurations necessary for selling the product, such as a product outlet for taking out the product that has been taken out, are arranged. The inner door 30 is constituted by a heat insulating material, and is disposed between the outer door 20 and the main body cabinet 10 so as to open and close a front opening of a commodity storage 40 described later.

  A plurality of product storage boxes 40 for storing products are provided inside the main body cabinet 10. Each product storage 40 has a box shape with an open front, and upper, lower, left, and right inner walls are each formed of a heat insulating material. In the present embodiment, as shown in FIG. 2, three commodity storages 40 are arranged in parallel along the left-right direction inside the main body cabinet 10.

  Each product storage 40 has a shooter 41, and a product room 40A is formed in the upper part partitioned by the shooter 41, while a heat exchange chamber 40B is formed in the lower part. is there.

  The shooter 41 is a plate-like member having a plurality of vent holes 41a, and is fixed to the lower part of the product storage 40 in such a manner that it gradually tilts downward from the back of the product storage 40 toward the near side.

  The merchandise room 40A is an area for storing merchandise, and a plurality of merchandise racks 50 in a column shape are arranged in parallel along the depth direction. Each merchandise rack 50 has a merchandise storage passage 52 extending in the vertical direction between the pair of rack side plates 51. The merchandise rack 50 stores merchandise in the merchandise storage passage 52, while depending on the purchase operation of the user. When the sales instruction is given, the product stored at the bottom is paid out to the shooter 41, and is configured in a meandering shape called a serpentine type, for example. As is apparent from the figure, in the present embodiment, a product rack 50 having two product storage passages 52 in the depth direction and a product rack 50 having four product storage passages 52 in the depth direction are provided in the product room. A vending machine arranged side by side at 40A is illustrated. These commodity racks 50 can be handled individually.

  Each merchandise rack 50 is provided with bend mecs 53 and 54 at the lower end portion and the intermediate portion, and a shutter member 55 is provided at a height position that is the lower end portion of the bend mech 54 provided at the intermediate portion.

  The bend mecs 53 and 54 store the products in the product storage passage 52 in a state where the pedals 53a and 54a are projected, while the pedals 53a and 54a are appropriately driven to move the products positioned at the lowest position downward one by one. It works to pay out. In the following description, the bend mech disposed at the lower end portion of the product storage passage 52 is referred to as a lower bend mech 53, and the bend mech disposed at the intermediate portion of the product storage passage 52 is referred to as an intermediate bend mech 54.

  The shutter member 55 is a plate-like member made of a heat insulating material, and is arranged in such a manner that the product storage passage 52 is opened and closed at an intermediate portion of the product rack 50. Although not clearly shown in the figure, each shutter member 55 is protruded and arranged in such a manner as to vertically divide the product storage passage 52 by the elastic force of the coil spring, while when a product load is applied. The product is allowed to pass by swinging downward and opening the product storage passage 52. After the product has passed, the shutter member 55 returns to the state where the shutter member 55 is protruded and arranged to divide the product storage passage 52 up and down again by the elastic restoring force of the coil spring.

  A blower fan 60, a cooling means (heat exchange means) 61, and a heating means (heat exchange means) 62 are disposed in the heat exchange chamber 40 </ b> B of the product storage 40. The blower fan 60 blows air from the heat exchange chamber 40B toward the shooter 41 and supplies the air to the product chamber 40A through the vent hole 41a of the shooter 41. The cooling means 61 is for cooling the air in the heat exchange chamber 40B. In the present embodiment, the cooling means 61 is configured by disposing an evaporator of the refrigeration cycle. The compressor 63, the condenser 64, and the expansion valve 65 of the refrigeration cycle are all disposed in a machine room that is outside the commodity storage 40. The heating means 62 is for heating the air in the heat exchange chamber 40B. In the present embodiment, the heating means 62 is configured by disposing an electric heater between the evaporator and the blower fan 60.

  On the other hand, each product storage 40 is provided with a back duct 70 and a side duct 80. The back duct 70 is a passage that extends in the vertical direction along the back of the product storage area in the product storage 40. For example, a duct component plate 71 is disposed in the depth direction of the product storage 40 along the vertical direction. It is constituted by. The rear duct 70 is provided with a rear suction port 72 at the upper end and a blowout port 73 at the lower end. The rear suction port 72 is opened at a position further above the position where the shutter member 55 is disposed in the product chamber 40 </ b> A of the product storage 40. The blower outlet 73 is opened in the front in the aspect which opposes the cooling means (evaporator) 61 in the heat exchange chamber 40B of the goods storage 40.

  The side duct 80 is a passage that extends in the front-rear direction in a manner along the side of the product storage area in the product storage 40 and communicates with the back duct 70 at the back end thereof. In 40A, it is disposed at a position below the position where the shutter member 55 is disposed.

  As shown in FIGS. 3 to 6, the side duct 80 is configured in series by connecting duct components 81 provided in each product rack 50 to each other. The duct component 81 is a hollow box-shaped body configured with the rack side plate 51 as one side wall by attaching a duct configuration frame 82 to one rack side plate 51 of the product rack 50. A communication opening 82 a is provided therebetween, and a side suction port 51 a is provided on the rack side plate 51 of the product rack 50. The communication openings 82a are provided at positions facing each other when the product racks 50 are arranged in the depth direction in the product room 40A of the product storage 40. The rear communication opening 82 a formed in the duct component 81 of the product rack 50 arranged at the innermost position is for communicating with the rear duct 70. The side suction port 51 a is a hole for communicating between the product storage passage 52 of the product rack 50 and the duct component 81. As shown in FIG. 8, the side suction ports 51a of the duct component 81 are provided so that the number per unit area decreases so as to gradually reduce the opening area toward the back. These duct components 81 are arranged in series by arranging the product racks 50 in the product room 40 </ b> A in a state where the seal members 85 are attached to the surfaces joined to each other and the surfaces joined to the back duct 70. The air duct sucked out from the product storage passage 52 of the product rack 50 serves as a side duct 80 for supplying the back duct 70 with air.

  Further, the product storage 40 is provided with a flapper 90 on the rear duct 70. The flapper 90 includes a valve portion 90a having a size capable of closing the rear suction port 72, and a link portion 90b protruding from the base end portion of the valve portion 90a. As shown to 7-2, the valve | bulb part 90a is made to rockably support in the goods storage 40 in the aspect which opens and closes the back surface outlet 72 of the back surface duct 70. As shown in FIG. An operation rod 91 is connected to the link portion 90 b of the flapper 90. As shown in FIG. 3, the operation rod 91 extends in a horizontal direction from the link portion 90 b of the flapper 90 along the side surface of the product storage 40 and is arranged in such a manner that it can slide in the front-rear direction. is there. As shown in FIG. 7A, the operation rod 91 opens the rear suction port 72 of the rear duct 70 when the valve portion 90a is pulled out toward the front side. It is possible to operate the flapper 90 so that the valve portion 90a closes the rear suction port 72 of the rear duct 70 when pushed to the side.

  In the vending machine configured as described above, the flapper 90 is appropriately operated via the operation rod 91 described above, and as shown in FIGS. When the blower fan 60 in the exchange chamber 40B is driven, the air in the heat exchange chamber 40B is supplied to the product room 40A through the vent hole 41a of the shooter 41. The air supplied to the product room 40A is sucked into the side duct 80 through the side suction port 51a and returned to the heat exchange room 40B through the back duct 70. That is, in the state where the rear suction port 72 is closed, the heat exchange chamber 40B → the vent hole 41a of the shooter 41 → the product chamber 40A → the product rack 50 → the side suction port 51a → the side duct 80 → the rear duct 70 → the heat exchange chamber 40B. In this circulation path, air is circulated and supplied to the product storage 40. Therefore, if the cooling means 61 is driven in the heat exchange chamber 40B, the goods in the product rack 50 can be cooled by the cooled air, and if the heating means 62 is driven, the goods rack 50 is heated by the heated air. The product can be heated.

  During this time, when a sales command is given in accordance with the user's purchase operation, the lower bend mech 53 operates appropriately in the corresponding product rack 50, and the product stored at the lowest position is paid out to the shooter 41. The product delivered to the shooter 41 is guided to the product outlet of the outer door 20 according to the inclination, and is delivered to the user through a product outlet (not shown). In addition, after paying out the product, the intermediate bend mech 54 operates at an appropriate timing, and the product passes through the shutter member 55 to be paid out downward.

  Here, since each product rack 50 is in a state in which the upper and lower portions are divided by the shutter member 55, and further, the rear suction port 72 positioned above the shutter member 55 is in a closed state. There is no possibility that the circulating air leaks upward from the shutter member 55, and the circulating air is supplied only below the shutter member 55. Therefore, it becomes possible to centrally cool or heat only the products stored below the shutter member 55 in the product rack 50, which is advantageous in terms of energy saving, such as reducing power consumption.

  On the other hand, when the flapper 90 is swung from the above-described state via the operation rod 91 to open the rear suction port 72 of the rear duct 70, as shown in FIGS. In addition to the path from the rear suction port 72 to the heat exchange chamber 40B through the rear duct 70, in addition to the path from the rear suction port 72 to the heat exchange chamber 40B through the side suction port 51a, the side duct 80, and the rear duct 70 become. Even in this case, if the cooling means 61 is driven in the heat exchange chamber 40B, the goods in the product rack 50 can be cooled by the cooled air, and if the heating means 62 is driven, the goods are heated by the heated air. The product in the rack 50 can be heated.

  Here, in each product rack 50, although the upper and lower portions are divided by the shutter member 55, the back surface suction port 72 positioned above the shutter member 55 is open, and thus the heat exchange chamber 40B. The air from above passes above the shutter member 55 through the gap and is sucked out from the rear suction port 72. Accordingly, the product located above the shutter member 55 in the product rack 50 can be cooled or heated, and even when a large number of products are continuously sold in a short time, it is sufficient. It is possible to sell products in a cooled or heated state.

  As described above, according to the vending machine, the back surface suction port 72 is provided on the back surface of the product storage case 40 and the side surface suction port is positioned below the back surface suction port 72 on the side surface of the product storage case 40. Since the rear suction port 72 is opened and closed by swinging the flapper 90, the rear suction port 72 is closed by the flapper 90, and air is sucked out only through the side suction port 51a. Only the goods stored in the lower part of 50 can be intensively cooled or heated, and energy saving can be achieved.

  On the other hand, by opening the back suction port 72 and changing the back suction port 72 so that air is sucked out, the product stored in the upper part of the product rack 50 can be cooled or heated. It is possible to cope with the situation where the number of sales increases.

  Further, according to the vending machine, the duct component 81 is provided in each of the product racks 50 arranged in the depth direction inside the product storage 40 and these product racks 50 are provided in the product storage 40. Since the side duct 80 is configured by connecting the duct components 81 to each other when arranged, it is possible to improve energy efficiency while improving handling and suppressing an increase in the number of parts. Become.

  In a typical vending machine, as shown in FIG. 5, a curl portion 51b for reinforcement may be provided at the edge portion of the rack side plate 51 in some cases. Therefore, when the duct component 81 is simply configured with respect to the rack side plate 51, the pressure loss is increased by the curled portion 51b, and the air from the side suction port 51a formed at a position away from the rear duct 70 is obtained. There is a risk that the amount of suction will decrease.

  In such a case, as shown in FIGS. 12 and 13, the edge of the rack side plate 51 is bent toward the product storage passage 52, thereby ensuring a predetermined strength of the rack side plate. The part located inside the side duct 80 can be configured to be flat. In this case, a seal member 85 may be interposed between the portions 56 bent toward the product storage passage 52 side. The cable 54b for the intermediate bend mech 54 is also preferably laid outside the duct component 81.

  Further, with respect to the duct component frame 82, it is preferable to delete a portion that is bent inward in the air passage. In this case, a strip-shaped seal member 85a may be attached to the adjacent duct component 81 from the outer surface of the duct component frame 82 to prevent air leakage between them.

  If the side duct 80 is configured as described above, the pressure loss can be reduced, and the amount of air sucked from the side suction port 51a formed at a position away from the rear duct 70 is reduced. It can be solved.

  In the above-described embodiment, a vending machine that sells beverages in containers such as canned beverages and beverages in plastic bottles as products is illustrated, but the products are placed inside the product storage in a vertical direction. The product stored in the product storage is maintained at a desired temperature state by supplying air after passing through the heat exchange means from the lower part to the product storage, while a sales command is given. If it is a vending machine that sequentially pays out products from the lower side of the product storage case, it can of course be applied to those that sell other products. Moreover, although the vending machine which arranged three goods storage along with the left-right direction inside the main body cabinet is illustrated, the number of goods storage is not limited to this. Furthermore, although the product rack provided with two product storage passages in the depth direction and the product rack provided with four product storage passages in the depth direction are illustrated in the product room, the vending machine is illustrated. The number and configuration of product racks arranged in parallel in the product room are not limited to these.

  In the above-described embodiment, since the shutter member is provided in the middle part of the product rack, the energy efficiency in cooling or heating only the product stored in the lower part of the product rack is further improved. However, the shutter member is not necessarily provided. Further, since the bend mech is also provided in the middle part of the product rack, the number of products stored in the lower part of the product rack can be controlled, but it is not always necessary to provide the intermediate bend mech.

  In the above-described embodiment, the side duct is configured so as to supply the air sucked out from the side suction port to the rear duct, but the side duct is arranged so as to return the sucked air directly to the heat exchange chamber. You may comprise.

  Furthermore, in the above-described embodiment, a flapper that opens and closes the rear suction port of the rear duct is provided. However, the flapper is not necessarily required, and the rear suction port is always opened or closed. It doesn't matter.

1 is a cross-sectional side view conceptually showing the internal structure of a vending machine according to an embodiment of the present invention. It is a perspective view which shows the external appearance of the vending machine shown in FIG. It is a cross-sectional side view of the vending machine shown in FIG. It is a perspective view of the product rack applied to the vending machine shown in FIG. It is a principal part expanded horizontal sectional view of the vending machine shown in FIG. It is the VI-VI sectional view taken on the line in FIG. It is a principal part expanded sectional view which shows the suction port part of the back surface duct applied to the vending machine shown in FIG. It is a principal part expanded sectional view which shows the suction port part of the back surface duct applied to the vending machine shown in FIG. It is a conceptual diagram which shows the circulation path of air in the goods storage of the vending machine shown in FIG. It is a conceptual diagram which shows the circulation path of air in the goods storage of the vending machine shown in FIG. It is a conceptual diagram which shows the circulation path of air in the goods storage of the vending machine shown in FIG. It is a conceptual diagram which shows the circulation path of air in the goods storage of the vending machine shown in FIG. It is a perspective view which shows the modification structural example of the goods rack applied to the vending machine shown in FIG. It is a principal part expanded horizontal sectional view of the vending machine shown in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Main body cabinet 20 Outer door 30 Inner door 40 Commodity storage 40A Commodity room 40B Heat exchange room 41 Shuta 41a Ventilation hole 50 Commodity rack 51 Rack side plate 51a Side suction port 51b Curl part 52 Commodity storage passage 53 Lower bend mech 54 Middle bend mech 55 Shutter Member 60 Blower fan 61 Cooling means 62 Heating means 63 Compressor 64 Condenser 65 Expansion valve 70 Rear duct 71 Duct component plate 72 Rear suction port 73 Outlet 80 Side duct 81 Duct component 82 Duct component frame 82a Communication opening 85 Seal member 85a Seal member 90 Flapper 90a Valve part 90b Link part 91 Operation rod

Claims (3)

A plurality of product racks are arranged along the depth direction inside the product storage, and the air after passing through the heat exchanging means is supplied to the product storage, while provided on the side of the product storage. In the vending machine designed to maintain the product stored in the product rack at a desired temperature state by sucking out the air of the product storage through the suction port of the side duct,
A vending machine comprising: a duct component provided in each product rack; and the plurality of product racks arranged in a product storage, the duct components are connected to each other to form the side duct. The product rack has a product storage passage for storing products between a pair of rack side plates,
2. The vending machine according to claim 1, wherein the duct component is a hollow box-shaped body configured with a rack side plate of a product rack as one side wall.   The vending machine according to claim 2, wherein at least a portion through which the side duct passes is bent toward an article storage passage side at an edge of the rack side plate.

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