KR200240212Y1 - A Goods Shaking Prevent Device In The Ice Cream Vending Machine - Google Patents

Abstract

The present invention relates to a product flow prevention device of the ice cream vending machine, the ice cream 20 that is stored in the spring-type loading means 16 of the product loading rack 10 are sequentially rotated down the product detection sensor 22 always It is possible to structurally prevent the accident detection detection malfunction due to the deviation of the position of the ice cream 20 to be accurately detected, for this purpose is stored in the form of one row or two rows in the vertical direction to the loading means 16 Before the ice cream 20 is discharged from the outside of the ice cream 20, the one end of the ice cream 20, the position preventing the ice cream 20 to restrain the position so as not to be out of position from the contact portion of the product sensor 22 It is characterized in that the protrusion formed on the product detection sensor 22 side or the loading lock door 18 to fit the shape.

Description

A Goods Shaking Prevent Device In The Ice Cream Vending Machine}

The present invention relates to a product flow prevention device of an ice cream vending machine that can be accurately detected by the sensor by preventing the flow of ice cream stored in the goods loading rack, more specifically, the loading storage in the spring-type loading means of the goods loading rack It is related to the product flow prevention device of the ice cream vending machine that can be structurally prevented the malfunction detection of the sold-out detection due to the location of the ice cream by allowing the ice cream to be rotated in order to be always accurately detected by the product detection sensor.

Generally, as shown in FIG. 1, the ice cream vending machine stores the ice cream 20 stored in the loaded goods rack 10 while the refrigerant is repeatedly compressed, condensed, expanded, and vaporized in accordance with a conventional refrigeration cycle circulation structure. When the user selects the ice cream 20 and inserts money, the ice cream 20 stored in the goods loading rack 10 is dropped and externally discharged.

Meanwhile, the product loading rack 10 in which the ice creams 20 are stored and stored at a predetermined temperature includes a rotating shaft 14 and a spring-type loading means 16 that are power-connected to the driving motor 12 as shown in FIGS. 1 and 2. Rotating operation, the ice cream 20 is stored so that the plurality of stacked storage in the form of one row or two rows in the vertical direction to the stacking means 16 can be discharged downward, in particular, the stacking means 16 finally loaded When the stored ice cream 20 is withdrawn outside, it is automatically confirmed by the release of the contact of the product detection sensor 18 that detects it, so that the ice cream 20 may be sold out from the outside.

By the way, the ice cream 20 stored in the goods loading rack 10 is rotated in accordance with the rotation operation of the loading means 16 while descending the product detection sensor 18 by the ice cream 20 at the bottom that is not discharged ) Should be pressed and touched, and the ice cream 20 may not be accurately reached to the product detection sensor 18 due to vibration friction and external impact due to the rotational operation of the loading means 16. As a result, even before the ice cream 20 is sold out, there is a problem that the malfunction of the sold out detection due to the release of the product detection sensor 18 may occur.

Therefore, the present invention was devised to solve various problems that it was difficult to prevent the flow of ice cream stored in the goods loading rack until now, and the ice creams stored in the spring type loading means of the goods loading rack are sequentially rotated and lowered. It is an object of the present invention to provide a product flow prevention device of an ice cream vending machine that can prevent the malfunction of the detection of the sold out due to the positional deviation of the ice cream by allowing the sensor to always be accurately detected.

1 is a schematic internal structure diagram of an ice cream automatic machine which is typically configured to install a product detection sensor in the goods loading rack.

Figure 2 is a plan view of the state in which the ice cream is mounted and stored in the loading means of the goods loading rack according to the prior art in the state of being detected or contacted by the product detection sensor in the correct position.

Figure 3 is a side structure diagram of the ice cream flow prevention device according to the present invention is installed in the vertical length direction on the goods loading rack.

Figure 4 and Figure 5 is a planar structure of the flow prevention port of the box-type ice cream is installed toward the product detection sensor according to the present invention.

Figure 6 is a planar structure consisting of a flow prevention port of the box-type ice cream toward the loading rack door according to the present invention.

Figure 7 is a planar structure consisting of a flow prevention of the cone-type ice cream toward the product detection sensor according to the present invention.

Figure 8 is a planar structure consisting of a flow prevention port of the cup-type ice cream toward the product detection sensor according to the present invention.

Explanation of symbols on the main parts of the drawings

10: loading goods rack 14: drive motor

14: rotating shaft 16: loading means

18: loading rack doors 20 (20a) (20b) (20c) (20d): ice cream

22: Product detection sensor 30 (30a, 30b, 30c, 30d, 30e): flow prevention

The present invention for achieving the above object is the product flow prevention device of the ice cream vending machine, the product is loaded so that the ice cream sold out automatically while the discharged ice cream is stored in a number of loads stored in the rotating means is connected to the drive motor to rotate In an ice cream vending machine with a product detection sensor installed in a rack, the ice cream vaulted in the form of one or two rows in the vertical direction of the loading means is disposed so that one end of the ice cream is not deviated from the contact portion of the product detection sensor before external discharge. The flow prevention device for restraining the position of the ice cream is characterized in that the protrusion formed on the product detection sensor side or the loading lock door side according to the shape of the ice cream.

In particular, the flow prevention device is fixed to the box-shaped ice cream is installed so as to protrude in each form between the two ice creams, or both sides are bent at right angles in the shape of ?? It features.

In addition, the flow preventing device is characterized in that the installation of the box-shaped ice cream having a large gap with the loading rack door is installed so as to protrude as a space gap from the loading rack door toward the ice cream.

In addition, the flow preventing device is characterized in that the cone-shaped ice cream is installed to be fixed to protrude in the form of each of the pointed end of the ice cream.

In addition, the flow prevention device is characterized in that the cup-shaped ice cream is installed and fixed to protrude in a curved form along each ice cream between the two ice cream.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the product flow prevention device is configured according to the shape of the ice cream is stored and stored in the product loading rack of the ice cream vending machine according to the present invention in detail, in the configuration description of the present invention The same reference numerals and the same names are used for the same components as those of the conventional art, and detailed description thereof will be omitted.

Product loading rack 10 of the ice cream vending machine installed product flow prevention device of the present invention, as shown in Figures 1 and 3, the ice cream 20 is loaded and stored in the coil spring-type loading means 16 is driven While descending and moving in sequence according to the rotational motion of the rotating shaft 14 and the loading means 16, which are power-connected to the motor 14, the lower portion of the product loading rack 10 before dropping discharged below the product loading rack 10 Pressed in contact with the product detection sensor 22 installed and projected on one side is configured so that the sold out of the ice cream 20 can be displayed externally by the product detection sensor 22.

In addition, one end of the ice cream 20 to be stored in the form of one row or two rows in the vertical direction on the loading means 16 of the goods loading rack 10 before the external discharge to the bottom of the goods loading rack 10, the product is detected Flow prevention device 30 for restraining the position of the ice cream 20 so as not to deviate from the contact portion of the sensor 22 in accordance with the shape of the ice cream 20, the product detection sensor 22 side or loading lock door ( 18) Protruding on the side.

That is, the type and shape of the ice cream 20 to be stored and stored in the product loading rack (10) can be various, so that the flow prevention device 30 according to the shape of the ice cream 20 to set the ice cream 20 It must be configured to be in precise contact with the commodity detection sensor 22 before it is discharged from the restrained position.

First, the flow prevention devices 30, 30a, 30b applied to the case of the goods loading rack 10 in which the box-shaped ice cream 20, 20a is loaded and stored in the planar structure shown in Figs. As shown, between the ice cream 20, 20a of the center in the vertical direction is fixed between the two ice cream 20, 20a is installed so as to protrude in the form of each, or both sides are bent at right angles in the form of the "A" It is fixed to be installed so as to protrude between the 20) (20a).

That is, since the box-shaped ice cream 20, 20a is stored between the rear of the product loading rack 10 and the loading rack door 18 without any significant difference, between the two ice cream 20, 20a Flow block 30 or 30a as an integral structure in which each of the ice creams 20 and 20a is fixed to each other to be prevented from being moved obliquely in the left and right directions, or both ends are bent at right angles in the form of a bee. ) 30b is installed and fixed between these ice creams 20 and 20a so that both ice creams 20 and 20a can be simultaneously fixed.

In addition, the flow prevention devices 30, 30a, 30b applied to these box-shaped ice cream 20, 20a is preferably installed on the rear of the product loading rack 10, where the product detection sensor 22 is located, In some cases, it may be additionally installed on the rear of the goods loading rack 10 and the loading rack door 18 opposite thereto.

In addition, the flow preventing devices 30 and 30c applied to the case of the box-shaped ice cream 20 or 20c having a large gap with the loading rack door 18 are as shown in FIG. In the space gap from the side) to the corresponding ice creams 20 and 20c, it is preferable that both ends are installed in a structure bent at right angles in the form of an L-shape as in the embodiment of FIG.

In addition, the flow stopper 30, 30d applied to the case of the cone-shaped ice cream 20 (20d), as shown in Figure 7, each of the pointed ends of the ice cream (20) (20d) each other in a L-shape As a symmetrical structure, the installation is fixed to protrude, and it is considered that a separate flow prevention device 30, 30d does not need to be installed at the wide end side opposite to the pointed end due to the structure of the cone shape.

In addition, the flow prevention devices 30 and 30e applied in the case of the cup-shaped ice creams 20 and 20e are as shown in FIG. 8, respectively, between the ice creams 20 and 20e of the ice cream 20 ( 20e) is preferably installed and fixed so as to protrude from the rear side of the merchandise loading rack (10) and the loading rack door (18) where the merchandise detection sensor (22) is located in a curved shape. Even if only one of the doors 18 is installed and fixed, there is no difficulty in preventing the flow of the cup-shaped ice creams 20 and 20e.

The product flow prevention device of the present invention configured as described above, as shown in Figure 3, a plurality of ice cream 20 stored in the loading means 16 of the goods loading rack 10, the loading means according to the user's selection signal ( In accordance with the rotation of the predetermined section 16 of the product loading rack 10 is dropped and discharged, in particular, the ice cream 20 immediately before the drop discharge is pushed while contacting the product detection sensor 22 of the ice cream 10 Storage status may be indicated externally.

On the other hand, even if vibration friction and external impact caused by the rotation operation of the loading means 16 is stored in the loading means 16, the ice cream 20 is lowered in the loading position by the flow prevention device in the correct position It can be pushed while being in contact with the product detection sensor 22 projected and installed on the rear of the product loading rack 10 without departing, which results in the contact with the product detection sensor 22 even before the ice cream 20 is sold out. It is possible to structurally prevent the malfunction detection accident that is sold out.

On the other hand, in the preferred embodiments of the present invention is applied to the operating structure in which the ice cream 20 is stored on both sides to the spring-loaded loading means 16 that is rotated via the rotating shaft 14, loading means 20 Of course, the flow prevention device 30 of the present invention can be properly configured and operated even in an operation structure in which the drive shaft 12 is directly connected to the driving motor 12 without the rotary shaft 14. It is to be understood that application embodiments without departing from the spirit of the present invention, together with examples, may be included in the scope of the present invention.

As described above, the product flow prevention device of the ice cream vending machine according to the present invention, the ice cream is stored in the spring-type loading means of the merchandise loading rack is rotated and lowered in sequence during the operation of the drop and discharge during the external shock or self-friction obstacle Even if it occurs, it prevents the ice cream from deviating from the position of the ice cream by the flow prevention device protruding according to the shape of the ice cream so that the ice cream can always be detected accurately by the product detection sensor. An effect that can be prevented can be provided.

Claims (5)

The product is detected in the goods loading rack 10 so that the ice cream 20 is automatically sold out as the ice creams 20 stored in the plurality of stacked storage means 16 are rotated and driven by the driving motor 14. In the ice cream vending machine with the sensor 22 installed and protruded, Ice cream 20 to be stored in the form of a single row or two rows in the vertical direction to the loading means 16 before the external discharge the ice cream 20 so that one end of the ice cream 20 does not deviate from the contact portion of the product detection sensor 22 Preventing the flow of goods in the ice cream vending machine, characterized in that the flow prevention port 30 to be constrained position protruded toward the product sensor 22 or the loading lock door 18 in accordance with the shape of the ice cream 20 is stored. Device. The method of claim 1, The flow stopper 30, 30a, 30b is fixed to be installed so as to protrude in the form of the L-shape between the two ice cream 20, 20a in the case of the box-shaped ice cream 20, 20a, or both The product flow prevention device of the ice cream vending machine, characterized in that the angle is bent at a letter-shaped to be installed so as to protrude between the two ice cream (20) (20a). The method of claim 1, In the case of the box-shaped ice creams 20 and 20c having a large gap from the loading rack doors 18, the flow preventing devices 30 and 30c may move from the loading rack doors 18 to the corresponding ice creams 20 and 20c. Product flow prevention device of the ice cream vending machine, characterized in that the installation is fixed so as to protrude as the space gap. The method of claim 1, The flow preventing device 30, 30d is the ice cream vending machine, characterized in that the cone-shaped ice cream 20, 20d is installed so as to protrude to each of the pointed end of the ice-cream 20, 20d in the form of an L-shape, respectively Product flow prevention device. The method of claim 1, The flow preventer 30, 30e is installed so as to protrude in a curved shape along the ice cream 20, 20e between the two ice cream 20, 20e in the case of cup-shaped ice cream 20, 20e Product flow preventing device of the ice cream vending machine, characterized in that the fixed.