JP2003164657A - Inside structure of prize putting out device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems in a conventional prize putting out device in which a prize is contained in a spherical capsule, and, when the prize has a single a large and flat face, the capsules make bridges not to put out the capsule, therefore a container (capsule) for the prize should be spherical, a cubic form or a paper box is not used and the spherical capsules made of plastics cause an environmental problem in waste disposal. <P>SOLUTION: The inside structure of the prize putting out device is composed of a stocker in which the box-shaped prizes are stacked and stocked, and even a box-shaped object in a prize exterior shape is put out without trouble, providing a purchaser with much convenience and a greatly environment-friendly container. <P>COPYRIGHT: (C)2003,JPO

Description

Description: BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The present invention relates to an internal mechanism of a prize discharging device for discharging a prize from a stocker in which box-shaped prizes are stacked. is there. Conventionally, in a prize dispensing machine that does not use electricity, a prize is put in a spherical capsule, a disk having a plurality of holes is rotated, and a prize (spherical capsule) is placed in the hole. Each one is paid out by dropping it and matching it with the hole opened underneath. If even a single piece of this circular capsule forms a large flat surface, it may form a bridge inside and may not be discharged, so it is necessary to make the prize container (capsule) spherical, such as a three-dimensional square or a paper box. Usage was not possible. Further, spherical capsules are difficult to use secondary, such as for use in prize displays and other cases due to the special shape of the capsules. Further, since the spherical capsule is entirely made of plastic, it leads to environmental problems in disposal and the like. [0003] This has the following disadvantages. Conventionally, the following drawbacks have been observed in a prize dispensing machine using a spherical capsule which does not use electricity. (B) The prize is put in a spherical capsule, and the machine and the disk with multiple holes provided in the internal mechanism are rotated,
Drop a prize (spherical capsule) in the hole and match it with the hole opened below and pay out one by one, if even a single circular capsule creates a large flat surface, it will create a bridge inside and it will not be ejected Because of the possibility, the container (capsule) of the prize must be spherical, and there is a disadvantage that a three-dimensional square or a paper box cannot be used. (B) Due to the special shape of the spherical capsule, it is difficult to use it for secondary display such as a prize display or other cases, so that many purchasers have a drawback that the case is discarded and not used. (C) Since the whole spherical capsule is made of plastic,
There were drawbacks in disposal and the like. The present invention has been devised to solve the above disadvantages. [0004] A stocker section for loading prizes having a shape that can be stacked upward in a plurality of rows, an extruding member passing section provided below the stocker section, and an operation section for operating the operation section. A rotary shaft rotating at any movable angle, and an extruding member that moves so as to discharge the prize through the extruding member passing portion corresponding to each row at intervals where the prize of the stocker portion is located on the rotary shaft, The push-out member provides an internal mechanism of the prize discharging device that is arranged so that one push-out member is provided for each of the movable angles with respect to the rotation direction of the rotation shaft. The invention has been invented as a means for solving the problem. An embodiment of the present invention will be described below with reference to the drawings. As shown in FIG. 1, a prize content display section (2), a prize payout port (3), a cash input section (4), a prize in a diagram of a main body (1) in which an internal mechanism of the prize discharging device of the present invention is incorporated. The configuration comprising the payout dial (5) is shown. FIG. 2 shows the internal mechanism of the prize discharging device according to the present invention. Column, B. Column, C.I. Columns,
D. In the row, a prize (7) is loaded. A prize pushing shaft (9) is provided on the rotating spindle (8) at intervals corresponding to the rows (A., B., C., and D.) at which the prize of the stocker portion is located. From (8), the rotation is adjusted and set by the gear box (10) and connected to the operation shaft (11). The operating shaft (11) provided on the rotating spindle (8) from the payout dial rotation direction. The mechanism in which the prize (7) is paid out in the prize falling direction is shown. FIG. 3 shows that the prize pushing shaft (9) provided on the rotating main shaft (8) is arranged in each row at intervals where the prize of the stocker portion is located. Column, B. Column, C.I. Column, D. The part of the mechanism corresponding to the column is shown. Figure 4 shows the rotating spindle (8)
The prize extruding shaft (9) provided at the position is set at intervals in which the prizes of the stocker portion are positioned in each row, and the prize falls and discharges according to the angle of the rotating main shaft (8) from the rotation angle α ° of the prize pushing shaft (9). FIG. 5 is a diagram illustrating a side view of a mechanism state to be performed. FIG. 5 is a diagram showing a mechanism state in which the extrusion shaft (9) passes without the loaded prize being dropped by providing the extrusion shaft passage groove (13) in the stocker rear portion (12). When this is used in the above configuration, it is implemented as follows. The internal mechanism of the prize discharging device of the present invention shown in FIG. Column, B. Column, C.I. Columns,
D. The prizes (7) are loaded on the rows, and the rows (A., B.) are arranged at intervals where the prizes of the stocker portion are located on the rotating spindle (8).
Column, C.I. Column, D. Row), a prize pushing shaft (9) is provided, and by rotating the prize payout dial (5) one turn, the gearbox (10) from the operating shaft (11) reduces the rotating main shaft (8), Rotate by α degrees and get 1 prize
Pay out only pieces. By setting the optional position of the prize pushing shaft (9) from the rotating main shaft (8) at 360 ° / the number of rows = angle, the order of discharging the prize can be set. For example, D. Column → B. Column → A. Column → C. By setting the prize discharge order from the row to the angle at which the prize extrusion axis (9) is located, D.P. Column →
B. Column → A. Column → C. Repeat the prize emissions from the rows. If all the prizes (7) of the stocker have been paid out, the prize payout dial (5) rotates idly to notify the purchaser. Also, from the internal mechanism of the prize discharging device of the present invention, the stocker has a stack of prizes arranged vertically, and a stopper is provided so that a plurality of prizes are arranged in the depth direction so that the lowest prize does not fall down as it is. Yes, it can be easily removed from the dispensing machine main body, making it easy to refill prizes and replace parts. In addition, the present invention solves the drawbacks of the conventional technology, and at the same price as the conventional dispensing machine, without using electricity, dispensing even a box-shaped one without any problem, it can be used for a display stand or a small container. It is possible to form a shape with a square box that can be expanded, a paper box or container that responds to environmental issues, etc., and use the paper box etc. to print it on the prize box itself, It is possible to provide a container that has a high degree of appeal as a container and greatly contributes to an environment that is highly convenient for the purchaser. The implementation of the use of the internal mechanism of the prize discharging device of the present invention is as follows.
÷ By setting the number of rows = arbitrary position, the order of prize discharge can be set arbitrarily, and can be easily removed from the dispensing machine body by using the stocker (6). Exchange is easy. Even if the prize's exterior shape and box-shaped shape are paid out, there is no problem,
It is possible to provide a container that greatly contributes to a highly convenient environment for the purchaser. The present invention solves the drawbacks of the prior art, and at the same price as a conventional dispensing machine, dispenses a box-shaped display without any problem without using electricity. A square box capsule that can be deployed on a table or accessory case, or a paper box or container made of materials that are compatible with environmental issues, and printed on the gift box itself by using a paper box etc. It is possible to provide a container that has a high appeal as a container and greatly contributes to an environment that is convenient for the purchaser. Also, the order of the prize discharge can be set by the internal mechanism of the prize discharge device of the present invention, by setting the prize pushing shaft (9) from the rotating main shaft (8) to an arbitrary position of 360 ° / row number = angle. . In addition, the stocker (6) of this mechanism can be easily removed from the dispensing machine main body (1), so that prizes can be replenished,
Replacement of parts has been simplified. The effects of the invention are exhibited in the above manner.

[Brief description of the drawings] FIG. 1 is a view of a dispensing machine main body. FIG. 2 is a diagram of a configuration according to an embodiment of the present invention. FIG. 3 is a partial view of the mechanism of the present invention. FIG. 4 is a configuration diagram of an embodiment of a cross section of the present invention. FIG. 5 is a configuration diagram of an embodiment of the mechanism rear surface of the present invention. [Explanation of symbols] 1, body 2. Premium content display 3, prize payout 4. Money input department 5. Premium delivery dial A. Column B. Column C. Column D. Column 6. Stocker 7, prizes A. Payout dial rotation direction I. Prize falling direction 8, rotating spindle 9. Premium extrusion shaft 10, Gear box 11. Operation axis 12. Stocker back 13. Extrusion shaft passage groove

Claims (1)

Claims: 1. A stocker section for loading prizes having a shape capable of being stacked in an upward direction in a plurality of rows, an extruding member passing section provided at a lower portion of the stocker section, and an operation section. A rotating shaft that rotates at any movable angle, and an extruding member that moves so as to discharge the prize through the extruding member passing portion corresponding to each row at intervals where the prize of the stocker portion is located on the rotating shaft, An internal mechanism of the prize discharging device, wherein one push-out member is arranged for each movable angle with respect to the rotation direction of the rotation shaft.