KR20080012742A - A coin acceptance device, a coin detecting device with the coin acceptance device and an article take-out device with the coin detecting device - Google Patents

Abstract

A coin acceptance device, a coin detecting device with the coin acceptance device, and an article take-out device with the coin detecting device are provided to prevent a vending machine from getting larger by arranging coins in two transverse rows to count the coins. A coin acceptance device includes an inlet(25), a coin passage member(14), a guide member(24), and a suspension member(50). The inlet puts a coin therein. The coin passage member is located downward in a gravity direction of the inlet to be communicated with the inlet. The coin passage member has a bottom surface(15) to support a peripheral surface of the coil accepted in the coin passage member, a first support surface(16) vertical to a main surface of the coin, and a second support surface opposite to the first support surface. The guide member is installed between the inlet and the first support surface and has a slope unit to guide the coin toward the second support surface. The suspension member suspends rolling movement of the coin in a direction parallel to the main surface.

Description

A COIN ACCEPTANCE DEVICE, A COIN DETECTING DEVICE WITH THE COIN ACCEPTANCE DEVICE AND AN ARTICLE TAKE-OUT DEVICE WITH THE COIN DETECTING DEVICE }

1 is a schematic diagram showing three-dimensionally the curing passage member 14 of the curing coefficient device.

FIG. 2 is a cross-sectional view taken along the line I-I of FIG. 1. FIG.

3 is a view showing a relationship between the plane P and the bottom surface 15 of FIG.

4 (a) to 4 (f) are plan views illustrating the operation of accommodating curing in the curing passage member 14 in two rows and three columns.

5 (a) to 5 (f) are plan views showing the operation of accommodating the curing passage members 14 in three rows and two columns.

FIG. 6 is a schematic diagram showing a state in which a bottom opening member 48 is provided in the coin passage member 14 of the coin counting device of FIG.

7 is an external perspective view of the capsule vending machine 1.

Fig. 8 is a right side view of the main part broken away to show the internal structure of the capsule vending machine 1;

9 is an external perspective view showing the internal configuration of the capsule vending machine 1 of FIG.

Fig. 10 is an external perspective view showing an internal configuration of an operation description of the capsule vending machine 1 of Fig. 7.

Fig. 11 is an external perspective view showing a state in which the coin detection device 20 is detachable from the main body side of the capsule vending machine 1;

FIG. 12A is a front view of the rotating disk 55 of the coin detecting device 20 in FIG. 11, FIG. 12B is a cross-sectional view taken along the line II-II in FIG. 12A, and FIG. (C) is sectional drawing of the III-III arrow of (b).

FIG. 13A is a front view of the rotary disk 55 after hardening is input to the coin detection device 20 of FIG. 10, and FIG. 13B is a line II-II of FIG. Arrow sectional drawing, FIG. 13 (c) is sectional drawing of the III-III line arrow of (b).

Fig. 14A is a front view of the coin detection device 20, and Fig. 14B is a front view of (a) operation explanation.

<Explanation of symbols for the main parts of the drawings>

1: capsule vending machine

2: housing

3: storage case

6: rotating handle

7: product outlet

8: curing outlet

10: return button

11: price display device

14: hardening passage member

15: bottom surface

16: first support surface

17: rear wall

18: front wall

20: curing detection device

21: main shaft

22: secondary shaft

24: guide member

24a: Inclined surface (inclined portion)

25: inlet

28: swivel

40: right frame

41: left frame

42: locking member

48: hardened holding member

50: stop member

55: turntable

57: rocking member

58: first insertion through pin

59: second insertion through pin

65: absence of members

70: positioning member

72: tension coil spring

116: second support surface

α: first angle

β: second angle

C: hardening

[Document 1] International Publication No. WO2002 / 073547

The present invention relates to a coin storage device, a coin detection device having a coin storage device, and an article taking out device provided with a coin detection device. For example, a toy or the like is accommodated to store articles such as a capsule in a storage unit. It is related with the technique used for the article extraction apparatus which sells an article | item by manual operation of an operation member by a buyer.

In recent years, a purchaser who wants to purchase toys often uses an article taking device that sells toys housed in a container such as a transparent capsule, or a so-called capsule vending machine. This capsule vending machine is comprised so that the goods in a case may fall to a taking-out port and can be taken out by the rotation operation of a rotary handle after the injecting of hardening by a purchaser.

According to this capsule vending machine, the rotation handle is allowed to rotate only when a predetermined amount of hardening is added, whereas when the predetermined amount of hardening is not added, the rotating handle is configured to be non-rotable or idle. For this reason, the hardening detection apparatus which interlocked with the rotating handle is normally integrated.

On the other hand, from the recent tendency that not only a child but also an adult purchase, there are many kinds of toys, so that it is possible to sell products of various price ranges. For this reason, it is common to provide a plurality of capsule vending machines side by side in the same store. Moreover, in such a conventional capsule vending machine, it is necessary for the purchaser to rotate the rotary handle to take out a product only when the number of sheets corresponding to the price of the toy for which the predetermined hardening is sold is entered.

Therefore, in order to cope with the sale of a plurality of prices, said hardening detection apparatus can change the required number of hardening between 1 to 4 hardening, for example, 100 yen hardening when the price of a toy is 100 yen There is a need for a first function that can be changed to 1 sheet, 2 sheets for 200 yen, 3 sheets for 300 yen, and 4 sheets for 400 yen.

In addition, when a small amount of hardening is introduced by an inadvertent or malicious third party, a function of the second function (hardening discrimination function) that automatically removes them and accepts only a predetermined amount of hardening is required.

In addition, when a purchase is stopped in the middle of hardening | curing injecting, the 3rd function (hardening collection | recovery function) which returns hardening to a hardening ejection | opening outlet by the push operation of a return button is also needed.

Moreover, until the operation of a rotary handle is performed after hardening | feeding-in and it drops to a goods extraction opening, the 4th function which rejects the hardening | cured continuously added is also required.

In addition, when a large amount of liquid hardening is accidentally inputted, a fifth function is also necessary to temporarily collect this inside the hardening detection device and to return it to the purchaser when notified to the in-store manager of the capsule vending machine. It becomes

All of the above first to fifth functions need to be performed in a forward mechanical manner in an environment of no power supply. Therefore, the applicant of this application proposes the coin detection apparatus which enabled all the 1st-5th functions to be pure mechanically with a capsule vending machine (patent document 1).

According to this proposal, since 1 to 4 sheets of hardening can be handled as described above, and since it is a pure mechanical type, the electricity bill is zero. From this, in comparison with a general vending machine which consumes electric power, the maintenance cost including the electric bill is zero, and since the electric power is not used, the installation place is not limited, and is particularly ideal as a device for selling low-cost capsule storage products. to be.

However, according to the capsule vending machine provided with the hardening detection apparatus disclosed by the said publication, the accommodating number of hardening in a hardening detection apparatus is 1 to 4 hardenings. That is, since the coin channel | path structure which accommodates hardening one by one in the front-back direction of a capsule vending machine is received, the maximum of 4 sheets was the limit in the size of a capsule vending machine.

In other words, the length of the coin passage itself may be increased in order to further increase the number of sheets to be cured, but the size of the front and rear direction of the capsule vending machine increases, which is not preferable in order to sell more products in a limited store area.

Accordingly, the present invention has been made in view of the above circumstances, and the curing can be carried out by temporarily aligning the curing at least in two rows horizontally to perform curing counting, thereby avoiding an increase in the size of the vending machine, and also selling a large amount of goods. An object of the present invention is to provide an article takeout device such as an accommodating device, a coin detector equipped with a coin storage device, and a capsule vending machine equipped with a coin detector.

MEANS TO SOLVE THE PROBLEM In order to solve the above-mentioned subject, and to achieve the objective, according to the hardening accommodation apparatus of this invention, it consists of the inlet which hardening adds, and the hardening channel | path member located below the gravity direction of the said inlet and communicating with the said inlet, The hardening introduced from the inlet is received and entered into the hardening passage member at an entry position in the hardening passage member, and the hardening passage member is bottomed to support the peripheral surface of the hardening injected from the inlet and accommodated in the hardening passage member. A first support surface positioned in a direction perpendicular to the main surface of the hardening, and a second support surface positioned to face the first support surface and connected to the bottom edge of the first support surface by a bottom surface thereof; The bottom surface is n pieces of curing (n ≧ 2) in a direction perpendicular to the main surface of the curing in the curing passage member. The bottom surface has a width, and the bottom surface is inclined at a second angle with respect to a plane inclined at a first angle with respect to a virtual horizontal plane perpendicular to the direction of gravity. By the self-weight, the coin can be clouded from the entry position in a direction parallel to the main surface of the coin, and can be moved in a direction perpendicular to the main surface of the coin, and is below the inlet and the first support surface. The guide member which has the inclination part which guides the hardening | curing thrown in from the said injection hole toward the said 2nd support surface between is provided, and the width | variety of the direction perpendicular | vertical to the main surface of the said hardening of the lower edge of the said inclination part is It is formed substantially equal to the width | variety of hardening n-1 sheets so that an entrance position may be spaced apart from the said 1st support surface by the width | variety of hardening n-1 sheets, and the said The distance from the lower end of the guide member to the bottom surface is formed to be equal to or greater than the diameter of one hardened sheet, and is provided at a distance of k diameters (k ≧ 1) of the diameter from the end edge on the entry position side of the bottom surface. And the first member in the hardening passage member having the stationary member capable of stopping the cloud movement in the direction parallel to the main surface of the hardening, and the hardening introduced from the inlet by the guide member and the second supporting surface. After guiding to the entrance position spaced apart from the supporting surface by a distance of n-1 sheets of hardening, the main surface and the peripheral surface thereof are in contact with the peripheral surface of the hardening already accommodated in the stop member or the hardening passage member. The main surface is brought into contact with the main surface of hardening, which is moved by the own weight in a parallel direction and is already accommodated in the hardening passage member. Until, moved by its own weight to its main surface and a direction perpendicular to, and in the hardening passage member characterized in that it is acceptable curing of the n × k-sheet.

Moreover, it is a hardening detection apparatus provided with said hardening coefficient apparatus, It is characterized by including the detection mechanism which can detect that the hardening of n * k sheets is accommodated in the said hardening path member.

Moreover, it is an article taking apparatus provided with the said hardening detection apparatus, Comprising: The apparatus main body, the accommodating part for accommodating a some article, the operation member operated by a purchaser, and the inside of the said accommodating part according to the operation of the said operation member. An article discharging mechanism for discharging the article out of the storage unit, and an article passage for guiding the article discharged out of the storage unit to the outside of the apparatus main body, wherein the coin detection device contains n × k pieces of hardening in the curing passage member. It is possible to operate the operating member when it detects that there is, and the curing detection device makes it impossible to operate the operating member when it is not detected that the curing of n x k sheets is contained in the curing passage member. It has a permit mechanism part.

EMBODIMENT OF THE INVENTION Below, the suitable 1st Embodiment of this invention is described with reference to attached drawing. First, FIG. 1 is a schematic diagram showing three-dimensionally the curing passage member of the curing receiving device. 2 is a cross-sectional view taken along the line I-I of FIG.

Although the hardening accommodating device which concerns on this invention arranges and accommodates hardening (C) in k rows (k≥1) ncolumn (n≥2), it can accommodate n * k sheets of hardening (C), An Example As an example, n = 2, k = 3, and it will be described that 2 × 3 can accommodate the curing (C) of the six sheets.

First, for the purpose of explanation, an XYZ coordinate system consisting of the X-axis, Y-axis, and Z-axis is defined as shown in Figs. The X, Y, and Z axes are perpendicular to each other, the Z axis is approximately parallel to the direction of gravity, a virtual horizontal plane is defined that is perpendicular to the direction of gravity by the X and Y axes, and the vertical plane is defined by the Y and Z axes. do. The hardening accommodation device which concerns on this invention is the inlet port 25 into which hardening (C) is put, and the hardening channel | path member 14 located below the gravity direction (Z-axis direction) of the inlet port 25, and communicating with the inlet port 25. Has

The hardening passage member has a bottom surface 15 which is fed from the inlet port 25 and supports the peripheral surface of hardening accommodated in the hardening passage member. The virtual plane (virtual plane) comprising the bottom surface 15 is inclined at a second angle β with respect to the plane P inclined at a first angle α with respect to the virtual horizontal plane (see FIG. 2). ).

3 is a diagram showing a relationship between the plane P and the bottom surface 15. In addition, the hardening passage member 14 has the 1st support surface 16 located in the direction perpendicular | vertical to the main surface of hardening C in the hardening passage member 14. As shown in FIG. In addition, the hardening passage member 14 has the 2nd support surface 116 in the position which opposes the said 1st support surface 16. Lower edges of the first support surface 16 and the second support surface 116 ("top" and "bottom" indicate the positive and negative directions of the Z axis, respectively, which are the same below). Connected by

In the present embodiment, the bottom surface 15 is formed to be substantially orthogonal to the first support surface 16 and the second support surface 116. The inlet port 25 is located above the inside of the hardening passage member 14 formed in this way ("front" and "inner" refer to the positive direction and negative direction of the Y axis, respectively. The same applies hereinafter). The hardening | curing C of a predetermined | prescribed amount falls own weight in the direction parallel to a vertical plane (double arrow direction), and enters in the inlet port 25. FIG. In addition, a guide member 24 is formed between the inlet 25 and the hardening passage member 14. The guide member 24 is formed from the right edge of the inlet 25 ("left", "right" refers to the positive direction and the negative direction of the X axis, respectively. The same applies hereinafter) of the first support surface 16. It is formed so that it may reach an upper edge, and the width from the inner edge part to the front edge part is formed substantially equal to the diameter of 1 piece of hardening (C).

Moreover, the guide member 24 has the inclined surface 24a (inclined part), and the width | variety of the direction perpendicular | vertical to the main surface of the hardening C accommodated in the hardening | curing path member 14 of the lower edge of the inclined surface 24a is It is formed substantially equal to the width of n-1 sheets of hardening (C) (since n = 2 in this example, 1 sheet). Moreover, the distance from the lower edge of the guide member 24 to the bottom surface 15 is formed so that it may become more than the diameter of 1 piece of hardening (C). Thereby, hardening (C) is accommodated n-1 sheets (1 sheet because n = 2 in this embodiment) between the guide member 24 and the bottom surface 15. As shown in FIG.

The inclined surface 24a inclines so that hardening | curing C inputted from the inlet port 25 may slide to the 2nd support surface 116 side, slipping on it. That is, the second support surface 116 falls by its own weight while the hardening C after being introduced slides on the inclined surface 24a of the guide member 24, and the inclined surface 24a as shown in the contact position thereafter. ) Are arranged facing each other. The hardening C slides on the inclined surface 24a of the guide member 24, touches the second supporting surface 116, and enters the hardening passage member 14. The position of the hardening C when the fall by self weight stops by entering in the hardening channel | path member 14 and being supported by the bottom surface 15 is called an entrance position.

Since the width | variety of the direction perpendicular | vertical to the main surface of the hardening C accommodated in the hardening passage member 14 of the lower edge of the guide member 24 becomes the width of n-1 sheets of hardening C, the entry position is A position spaced apart from the first supporting surface 16 by the width of n-1 sheets of the curing C (in this embodiment, n = 2, one sheet). The hardened | cured material C which reached | attained the entry position attempts to cloud-move in the direction parallel to the main surface of the hardened | cured C from the entry position by its own weight according to the inclination of the above-mentioned bottom surface 15, Similarly, it is intended to move in the direction (direction toward the first support surface 16) perpendicular to the main surface of the curing C by its own weight.

In addition, in the hardening passage member 14, hardening (C) of the diameter k pieces of hardening (for 3 sheets, since k = 3 in this embodiment) from the edge of the edge of the entry position side of the bottom surface 15 of A stop member 50 is provided at a distance. The stop member 50 is in contact with the circumferential surface of the coin C to be rolled in a direction parallel to the main surface thereof, and the rolling movement can be stopped. In addition, the width | variety (width of the direction perpendicular | vertical to the main surface of the hardening C in the hardening passage member 14) of the bottom surface 15 of the hardening passage member 14 is n parts of hardening (C). It is formed substantially equal to the width (the width of two sheets in the embodiment, since n = 2).

That is, in the hardening passage member 14, as shown in the hardening C, the state becomes n rows and k rows (n = 2, k = 3 in this embodiment) on the bottom surface 15. FIG. By temporarily aligning, the structure is configured to accommodate n x k sheets of curing (C). The operation in the coin counting device thus formed is described below with reference to the schematic diagram of FIG. 4.

First, the hardening C of 1st sheet slides on the inclined surface 24a of the guide member 14, and contacts the 2nd support surface 116 to reach the entry position in the hardening passage member 14. As shown in FIG. Subsequently, in accordance with the inclination of the bottom surface 15, it is rolled forward from the entry position (direction parallel to the main surface of the curing C) by its own weight, and the direction toward the first supporting surface 16 (curing C ), And the main surface of the hardened material (C) is in contact with the first support surface 16, and the peripheral surface of the hardened material (C) is stopped at the position where it is in contact with the stop member (50). .

Similar to the first hardening (C), the second hardening (C) also slides on the inclined surface 24a of the guide member 14 and contacts the second supporting surface 116 to form the hardening passage member 14. Reach inside entry position. Thereafter, in accordance with the inclination of the bottom surface 15, while rolling forward by the own weight, the main surface of the hardening (C) is in contact with the first support surface 16 while further rolling forward by its own weight. And the peripheral surface stops at the position where it contacts with the peripheral surface of the first hardening (C).

The 3rd hardening (C) also slides on the inclined surface 24a of the guide member 14 similarly to the 1st, 2nd hardening (C), and contacts the 2nd support surface 116, and the hardening passage member Reach to the entry position in (14). Then, it rolls in a forward direction according to the inclination of the bottom surface 15. At this time, similarly to the hardening (C) of the first and second sheets, the hardening (C) of the third sheet is intended to face the first support surface 16, but the hardening (C) of the first and second sheets is already accommodated. Therefore, it slides on the main surface of the 2nd and 1st hardening (C), and comes into contact with the stop member 50, and stops. At this time, the main surface of the 3rd hardening (C) is in contact with the main surface of the 2nd hardening (C).

That is, the 3rd hardening C is hold | maintained on the bottom surface 15 so that it may be parallel to a 1st hardening C in the left-right direction. Next, the 4th hardening C also slides the inclined surface 24a of the guide member 24, touches the 2nd support surface 116, and reaches the entrance position in the hardening passage member 14. As shown in FIG. Thereafter, the bottom surface 15 is rolled forward. Although the 4th hardening (C) intends to face the 1st support surface 16 similarly to the 1st hardening and the 2nd hardening (C), since the 2nd hardening (C) is already accommodated, It slides on the main surface of hardening (C), and stops in the position which the peripheral surface contacts with the peripheral surface of the 3rd hardening (C). At this time, the main surface of the 4th hardening (C) is in contact with the main surface of the 2nd hardening (C).

That is, the 4th hardening (C) is hold | maintained on the bottom surface 15 so that it may be parallel with a 2nd hardening (C) in a left-right direction. Next, the 5th hardening C also slides on the inclined surface 24a of the guide member 24, contacts with the 2nd support surface 116, and reaches the entrance position in the hardening passage member 14. As shown in FIG. Thereafter, the sheet is to be rolled forward, but since the first to fourth sheets of hardening (C) are already accommodated, they cannot be rolled forward, and the peripheral surface is in contact with the peripheral surfaces of the fourth and second hardening (C). While contacting the first support surface 16 toward the first support surface 16 along the inclination of the bottom surface 15, the peripheral surface is in contact with the peripheral surface of the second curing C. The position stops between the position, the lower side of the guide member 24, and the bottom surface 15. The 6th hardening C slides on the inclined surface 24a of the guide member 24, contacts with the 2nd support surface 116, and reaches | attains to the entry position in the hardening passage member 14, but 1-5 Since every hardening (C) is already accommodated, the main surface thereof comes into contact with the main surface of the fifth hardening (C), and the peripheral surface stops at a position where it contacts with the peripheral surface of the fourth hardening (C). . In this way, the hardening C is aligned on the bottom surface 15 in a state of being in two rows (n columns when n = 2) and three rows (k rows when k = 3). The hardening (C) of a sheet (n x k sheets in the case of n = 2 and k = 3) can be accommodated.

Here, although the first angle α and the second angle β can be arbitrarily set, in the illustrated example, the first angle α is about 5 degrees to about 12 degrees, and the second angle β is about 20 degrees. The range is set. These angles are determined by repeating the experiment so that hardening (C) which is sequentially introduced can be rolled exactly as described later.

According to the hardening channel | path member 14 formed as mentioned above, even if the distance L (refer FIG. 1) along the longitudinal direction of the hardening channel | path member 14 is shortened, the number of sheets of hardening C will be greatly increased. It becomes possible. For this reason, there exists a restriction | limiting of the dimension of the front-back direction like the article extraction apparatuses, such as a capsule vending machine mentioned later, and even if a dimension of a front-back direction cannot be enlarged, more expensive goods can be sold. In addition, it will be possible to respond without a significant modification to the capsule vending machine already installed.

1, the front and back surfaces of the coin C located at the innermost position on the bottom surface 15 of the coin passage member 14 are pressed in the direction of the arrow H to detect the presence or absence of the forward mechanical type. It is possible to change the number of sheets to be accommodated by enabling the coefficient of, and allowing the position of the stop member 50 to be moved to the position shown by the broken line, respectively, and to be fixed after the movement.

5 (a) to 5 (f) are plan views of the operation description in the case where n = 3 and k = 2 in the coin storage device according to the present invention. In the figure, the same reference numerals are given to the components or components already described, but in this case, the width dimension W of the bottom surface 15 is the width of three sheets (n sheets) of the curing C. The width of the lower edge of the inclined surface 24a of the guide member 24 is formed substantially equal to the width of two pieces (n-1 pieces) of the curing C. In addition, the stop member 50 is fixed to the position of 2 diameters (k-1 sheets) of hardening | curing C from the edge of the edge of the entry position side of the bottom surface 15 so that a movement is possible. That is, hardening (C) can accommodate two sheets (n-1 sheets) in parallel in the left-right direction between the lower side of the guide member 24 and the bottom surface 15. In Fig. 5 (a), the first hardening (C) to be put in first slides on the guide member 24 to contact the second support surface 116, and the entry position in the hardening passage member 14 (The position shown by the dashed-dotted line). Thereafter, according to the inclination of the bottom surface 15, the self-weight is rolled on the bottom surface 15 from the entry position in the direction of the stop member 50 (direction parallel to the main surface of the hardened C), 1 It stops in contact with the stop member 50 and the 1st support surface 16 toward the direction of the support surface 16 (direction perpendicular | vertical to the main surface of the hardening C) (hardening C1).

Subsequently, in FIG. 5B, the second hardening C slides the guide member 24 in contact with the second support surface 116, and the entry position in the hardening passage member 14 (advantage). Position shown by a dashed line). Thereafter, similarly to the first hardening (C), the top surface 15 is rolled in the direction of the stop member 50 and directed toward the first supporting surface 16, but already the first hardening (C) Is accommodated, the main surface thereof comes into contact with the main surface of the first hardening (C) (hardening C1), and stops at a position where the peripheral surface thereof contacts the stop member 50 (hardening (C2)). ].

In addition, in FIG.5 (c), the 3rd hardening C slides the guide member 24, and contacts the 2nd support surface 116, and the entry position in the hardening passage member 14 (advantage) Position shown by a dashed line). Thereafter, similarly to the hardening (C) of the first and second sheets, the top surface 15 is rolled in the direction of the stop member 50, and the first supporting surface 16 is intended to be rolled. Since the hardening (C) is accommodated, the main surface thereof comes into contact with the main surface of the second hardening (C) (hardening (C2)) and stops at a position that contacts the stop member 50 (hardening (C3)). .

Subsequently, in FIG. 5D, the fourth curing C slides the guide member 24 to contact the second supporting surface 116, and the entry position (in the curing passage member 14) ( 2), and then, like the first to third sheets (C), the upper surface 15 is to be rolled in the direction of the stop member 50, but around the curing C3. The surface is in contact with the surface. It moves in the direction toward the 1st support surface 16 (direction perpendicular | vertical to the main surface of hardening C, the horizontal direction of an arrow), making the peripheral surface contact with the peripheral surfaces of hardening C3, C2.

And it contacts with the 1st support surface 16, and stops in the position which the peripheral surface contacts with the peripheral surface of hardening C1 (hardening C4). At this time, the hardening C4 is located below the guide member 24 and between the bottom surface 15.

In addition, in FIG.5 (e), the 5th hardening C slides the guide member 24, and contacts the 2nd support surface 116, and the entry position in the hardening passage member 14 (advantage) After reaching the dashed line), thereafter, the bottom surface 15 is intended to be rolled in the direction of the stop member 50, but its peripheral surface is in contact with the peripheral surface of the curing C3, and the fourth curing is performed. Like (C), it moves in the direction toward the 1st support surface 16 (direction perpendicular | vertical to the main surface of hardening C, the lateral direction of an arrow). Then, the main surface thereof comes into contact with the main surface of the coin C4, and the peripheral surface thereof stops at a position where it contacts the peripheral face of the coin C2. At this time, the hardening C5 is located below the guide member 24 and between the bottom surface 15.

Finally, in FIG. 5F, the sixth curing C slides the guide member 24 to contact the second supporting surface 116, and is at the entry position in the curing passage member 14. Even if it reaches | attains, since the hardening C3 exists, it cannot roll in the direction of the stop member 50, and since there is hardening C5, it cannot also face the 1st support surface 16, and the main surface hardens ( It contacts with the main surface of C5), and stops in the position which the peripheral surface contacts with the peripheral surface of hardening C3.

As mentioned above, let n = 3, the width dimension W of the bottom surface 15 shall be made substantially equal to the width | variety of 3 hardened | cured sheets, and the left-right direction of the lower edge of the inclined surface 24a of the guide member 24 may be carried out. The width is approximately equal to the width of the two hardened sheets, and k = 2, and the position of the stop member 50 is set to the diameter of the hardened C from the end edge on the entry position side of the bottom surface 15. By movably fixing two positions, it is possible to accommodate curing in three rows (n columns when n = 3) and two rows (k rows when k = 2). n x k sheets in the case of k = 3) can be accommodated. In addition, when k = 3 as shown in FIG. 1, 9 pieces of hardening can be measured.

Here, since the width dimension W of a hardening channel | path becomes large when the number of lateral arrangements of hardening increases, hardening | curing C may be inclined and stopped as shown by the broken line of FIG. By adjusting one angle (alpha), it can align neatly as mentioned above.

That is, the larger the first angle α, the larger the component force in the direction (direction perpendicular to the main surface of the hardened C) toward the first support surface 16 of gravity acting on the hardened C. On the contrary, the component force which goes to the direction of the bottom surface 15 becomes small, and the friction between the peripheral surface of hardening and the bottom surface 15 becomes small. Thereby, since the part which contact | connects the bottom surface 15 on the circumferential surface of hardening C can also smoothly move on the bottom surface 15 in the direction of the 1st support surface 16, hardening (C ) Becomes difficult to tilt. Therefore, when the width dimension W of the bottom surface 15 becomes large by making three or more horizontally arranged sheets n or more, when the 1st angle (alpha) is enlarged, it hardens | cures in the hardening channel | path member 14 The problem that (C) is inclined can be reduced.

However, since the first angle α affects various factors such as the weight of the curing C, the width of the peripheral surface, the material, and the material of the bottom surface 15, the experiment is repeated to obtain an optimal value. do. In addition, in the structure shown in FIG. 1, although it is 5-10 degree in the case of Korea hardening 500 won, it was possible to obtain a good result by setting it to 12 degree with a margin.

Next, FIG. 6 is a schematic diagram of a coin detection device provided with the coin receiving device of FIG. The hardening passage member 14 is provided with a bottom surface opening member 48 configured to drop the hardening C into the charge box 44 by retracting the bottom surface 15.

In this figure, if the same code | symbol is attached | subjected about the structure or parts which were already demonstrated, this hardening detection apparatus is a case where 6 sheets of hardening (C1 to C6) are accommodated in the hardening channel | path member 14, By the contact | operation operation from the arrow H direction to hardening C6, it detects that the maximum number of sheets (n * k sheets) of hardening accommodated in the hardening channel | path member 14 is accommodated. As a result of the detection, when it is determined that the maximum number of pieces of curing is accommodated, the bottom surface opening member 48 on which the bottom surface 15 is formed is the shaft portion 48a (only one side is shown in the figure, but the shaft portion is also provided at the other end. 48a is installed]. As a result, six pieces of hardening C1 to C6 held on the bottom surface 15 free fall in the charge box 44. Moreover, after that, the bottom surface opening member 48 which formed the bottom surface 15 is comprised so that it may return to the position (position shown) which forms the bottom surface 15 of the hardening passage member 14 again. In addition, when hardening does not exist in the position of hardening C6, ie, when the maximum number of hardenings which can be accommodated in the hardening channel | path member 14 is not accommodated, the bottom surface opening member 48 is not rotationally driven. Do not.

Since the setting place may be narrow, the hardening detection apparatus provided with the hardening accommodating device comprised as mentioned above can be used for various goods taking out apparatuses, such as vending machines, but the capsule vending machine 1 is an example of an article taking out apparatus below. The case to install in the following is described with reference to drawings.

7 is an external perspective view of the capsule vending machine 1.

In this figure, the shape which made one capsule vending machine 1 the upper and lower two-stage structure which laminated | stacked on the upper surface of the other capsule vending machine 1 is shown. By arranging above and below in this way, the effective use of the limited space of a store can be attained, for example, a small child etc. can operate the capsule vending machine 1 of a lower end, and an adult uses the capsule vending machine 1 of an upper end. Consideration can be made to operate. Then, the plurality of capsule storage products A are housed inside the transparent sphere (article), so that the internal product can be obtained by dividing the sphere into two pieces after purchase. Since a plurality of these capsule storage products A are accommodated in the inside of the transparent storage case 3 (storage part) beforehand, the person who purchases them peeks at the storage case 3, after confirming the capsule storage product A. It is considered to be able to purchase, and it is structured so that you can purchase until you get the desired product.

Moreover, each capsule vending machine 1 and 1 performs a series of operation | movement until discharging the capsule storage goods A to the goods outlet 7 after hardening (C) for the price of goods is thrown in, an electric motor Since it is a non-powered and purely mechanical system that does not use any of these lights, in extreme cases, it can be installed in wallpaper, mountains, and the like, where commercial power facilities are not provided.

On the front of this capsule vending machine 1, the rotary handle 6 (operation member), the hardening insertion hole 9, the return button 10, the price display part 11, the product taking-out port 7, and the hardening saucer (8) is provided.

By the above structure, hardening | curing is thrown in from the hardening insertion slot 9 of a hardening detection apparatus by the purchaser who wants to purchase the capsule storage goods A, and the return button by the purchaser requesting the return of the hardened | cured-in C ( When 10) is pressed, the put hardening is configured to return from the hardening saucer 8.

In addition, the rotation handle 6 is integrally formed as shown in the handle part hold | maintained for rotation in a clockwise direction as shown in figure, and the price part displayed on the price display part 11 by rotatingly driving manually in a clockwise direction is shown. The purchaser who injected the number of pieces of curing (C) is used to take out the capsule storage product A from the product outlet 7.

Next, FIG. 8 is a right side view showing the internal structure of the capsule vending machine 1 by breaking the main part, and the internal structure of the capsule vending machine 1 located upward in FIG. 7 is shown. The lower capsule vending machine 1 is also comprised similarly. 9 is an external perspective view which shows the internal structure of the capsule vending machine 1 of FIG.

First, in Fig. 9, the same reference numerals are assigned to the components already described, and one end of the main shaft body 21 constituting a part of the gear linkage mechanism is provided on the central axis of rotation of the rotary handle 6. have. The main shaft body 21 is supported by a bearing (not shown) by the rear wall 17 and the front wall 18 of the housing 2, and at the same time, the spur gear 30 is fixed to the other end. The pinion which meshes with this spur gear 30 is axially rotatably supported by the rear wall 17 above this spur gear 30. Moreover, above this pinion, the spur gear 32 which meshes with this pinion is axially rotatably supported. The spur gear 32 is integrally formed with gear portions 32a having the same central axis.

On the other hand, on the intermediate wall 27 provided below the storage case 3, the rotating table 28 is axially supported so that rotation is possible. The coil spring body 29 is extended so that it may incline as shown from the rotation center of this swivel 28, and the capsule is contacted with the goods A by the elastic force which these coil spring bodies 29 have. The movement of the stored product A is enabled.

A mold release 28c is formed on the bottom surface of the turntable 28, and the gear portion 32a described above is engaged with the mold release 28c. Moreover, the swivel 28 has an inner diameter dimension larger than that of the capsule storage product A, and a plurality of through hole portions 28a through which the capsule storage product A passes. In the intermediate wall 27, a hole portion 27a shown by a broken line is drilled in a portion in contact with the swivel table 28, and the space below the hole portion 27a is the product outlet 7 described above. Is in communication with the article (article passage), and the capsule storage product A dropped from the hole 27a is configured to roll toward the product outlet 7. In addition, the swivel 28 constitutes an article dispensing mechanism.

By the above structure, in the external perspective view for demonstrating the operation | movement of FIG. 10, when rotating the rotation handle 6 in the direction of arrow T1 manually, a rotational force will be transmitted to the gear 30 via the main shaft body 21, and The rotational force in the direction of the arrow T2 is transmitted to the swivel table 28 via the gear 31 and the gear 32 engaged with this. And when continuing the operation of the rotation handle 6, when the through-hole part 28a of the turntable 28 rotates to the fall position corresponding to the hole part 27a of the intermediate wall 27, The capsule storage product A falls below and falls to the product outlet 7 as shown.

8 and 9, the spur gear 33 meshing with the spur gear 30 is rotatable below the inclination of the spur gear 30 supported by the rear wall 17 in the rotational axis. The shaft is supported. Below the spur gear 33 which is axially supported by this rear wall 17, the pinion 34 which meshes with this spur gear 33 is axially rotatably supported. The intermediate shaft 22 is rotatably supported by bearings provided on the front wall 18 and the rear wall 17, and fixes the pinion 34 at one end thereof. In the center of the intermediate shaft 22, a bevel gear 35 having the intermediate shaft 22 as the central axis and whose teeth are inward as shown in the figure is fixed.

Under this intermediate shaft 22, a horizontal intermediate wall 23 extending in the horizontal direction is a detachable member having a cross-sectional inverted c-shape along a pair of plate-shaped guide walls extending substantially vertically upward from both ends thereof. It is provided so that 42 may be formed. This attachment / detachment member 42 is extended along the extension installation direction of the left-right frame used as the base of the hardening detection apparatus 20 which provided the hardening accommodation apparatus which concerns on this invention. Moreover, hardening falling from the hardening detection apparatus 20 is comprised so that it may fall in the lower charge box 44 through the long hole (not shown) provided in the horizontal intermediate wall 23.

On the other hand, the hardening detection apparatus 20 is provided so that attachment and detachment are possible arbitrarily. In other words, the coin detection device 20 allows the purchaser to take out the product by rotating the rotary handle 6 only when the coin of the number of sheets corresponding to the price of the toy for which the predetermined coin is sold is put in. If a large-liquid hardening is accidentally introduced, this is temporarily collected inside the hardening detection device 20 and cured to be returned to the purchaser when notified to the in-store manager of the capsule vending machine 1. It is necessary to take out the whole detection apparatus 20 outside.

Fig. 11 is an external perspective view showing a state in which the coin detection device 20 is detachably installed from the apparatus main body side. In this figure, when attaching | subjecting the description with the same code | symbol about the component already demonstrated, the detachable member 42 used as a locking member is integrally formed on the horizontal intermediate wall 23. As shown in FIG. The front hook portions 42a and 42a and the rear hook portions 42b and 42b serving as the other locking portions are integrally formed at both corner portions of the detachable member 42 as shown. Moreover, the opening part of these hook parts is open to the left side, and forms the horizontal part. Moreover, as shown, the long hole which the hardening falling from the hardening detection apparatus 20 falls is drilled, and is comprised so that it may fall in the lower charge box 44. As shown in FIG.

The hardening detection apparatus 20 is screwed to the left frame 41 made of transparent resin and the right frame 40 made of opaque resin as a base, and the front hook part 42a mentioned above as one locking part is mentioned. , 42a and pins 41c and 41b (but only the front side) for floating in the vertical direction by immersing in the rear hook portions 42b and 42b are integrally formed. Moreover, the pins 41a and 40a latched by the locking mechanism 43 which are operated manually are integrally formed.

By the above structure, the hardening detection apparatus 20 is moved downward from the state shown, and after each pin enters each locking part, it moves to the right, and the locking hook 43a of the locking mechanism 43 becomes the pin 41a. And 40a), and then, it is attached by being locked by the torsion spring action (not shown).

In addition, the bevel gear 36 of the hardening detection apparatus 20 can be made into the state which meshes with the said bevel gear 35 at this time. This bevel gear 36 is fixed to the rotary disk 55, and is comprised so that the rotary disk 55 can be driven. In addition, an injection port 25 in the coin storage device according to the present invention is provided between the right frame 40 and the left frame 41. That is, the part below the inlet 25 on the surface inside the hardening detection apparatus 20 of the right side frame 40 is the 1st support surface 16 in the hardening accommodation apparatus which concerns on this invention. Becomes Below the inlet 25, the guide member 24 in the hardening accommodation apparatus which concerns on this invention is formed (not shown). Moreover, the part below the inlet 25 on the surface inside the hardening detection apparatus 20 of the left frame 41 is the 2nd support surface 116 in the hardening accommodation apparatus which concerns on this invention. Becomes Moreover, in the right side frame 40, the bottom surface opening member 48 in the cure detection apparatus 20 provided with the hardening accommodation apparatus which concerns on this invention is the left side frame 41 from the right side frame 40. As shown in FIG. It is installed so that it can swing in the direction toward). The bottom opening member 48 is also a bottom surface 15 in the coin storage device according to the present invention.

In this way, the coin passage member 14 in the coin receiving device according to the present invention is formed in the coin detector 20. Similarly, the right frame 40 is provided to be movable in parallel in the longitudinal direction of the bottom surface opening member 48, and the hardening introduced from the inlet 25 is applied to the hardening passage member 14. A stop member 50 capable of stopping the rolling movement in the direction parallel to the main surface is provided. The said stop member 50 is the stop member 50 in the hardening accommodation apparatus in this invention. In addition, the position of the stop member 50 can be fixed to the right frame 40 at the position after moving in the longitudinal direction of the bottom opening member 48. By moving this stop member 50, it is comprised so that the price of the said range can be set and the dial of the price of the said price display apparatus 11 can be set. In this manner, the coin storage device according to the present invention is provided in the coin detection device 20.

Further, one end portion of the turntable 55 swings between a ratchet mechanism that permits forward rotation and regulates reverse rotation, and a position away from the surface of the left frame body 41 and a position facing the surface. A rocking member 57 is supported on the surface of the rocking shaft to form a cam floor pin at the other end, and is moved and urged so as to always face the surface. A sliding contact surface and a recess in which the cam floor pin is always in sliding contact are cornered. The cam profile surface provided in the part is comprised by the cam member 56 formed coaxially with the rotating disk 55. As shown in FIG. The cam member 56 and the cam member 57 are the hardening detection apparatus 20 provided with the hardening accommodation apparatus which concerns on this invention WHEREIN: The hardening of the maximum number of sheets which can be accommodated in the hardening passage member 14 is accommodated. It is a mechanism for detecting the thing.

In addition, a curing inlet 37 and a curing outlet 38 are formed between the right frame 40 and the left frame 41, and a return button 10 is also provided. In addition, the coin discrimination apparatus 200 is provided so that extraction is possible.

FIG. 12A is a front view of the rotating disk 55 of the coin detector 20, and FIG. 12B is a cross sectional view taken along the line II-II of FIG. 12A, and FIG. c) is sectional drawing of the III-III arrow of (b). With reference to the drawings, the components already described have been given the same reference numerals, and the explanation will be given. The rotary disk 55 is supported by the rotation shaft in the right frame 40 and the left frame 41, It is comprised so that it may drive in the clockwise rotation direction which is forward by operation of a rotation handle from fixing the bevel gear 36 which meshes with a gear interlock mechanism.

Moreover, by contact with the hardening | curing C thrown in from the inlet opening 25 into the opening insertion position P1, the rotating table 28 inside the storage case 3 is allowed to rotate-drive to the fall position which drops goods. The permit mechanism part for this is provided. As an example of this permission mechanism part, it is comprised as follows. That is, a ratchet hook 63, which is a ratchet mechanism that permits rotation in the forward direction (arrow T3 direction) and regulates rotation in the reverse direction, is rotatably provided on the left frame 41, and is clockwise by a spring. The ratchet hook 63 is intermittently entered into the ratchet hook hole 62 to restrict the rotation of the turntable 55 in the reverse direction (counterclockwise direction).

Moreover, one positioning pin 71 is integrally formed so that it may become substantially parallel to the rotation center axis of this rotating disk 55. As shown in FIG. Moreover, the positioning piece 70 is provided so that the contact force with respect to this positioning pin 71 is obtained by the tension coil spring 72, and is rotatable in the left frame 41. As shown in FIG. As the rotary disk 55 is rotated in the forward direction by the above configuration, the positioning pins 71 are in sliding contact on the sliding contact surface 70a of the positioning piece 70 and further from the position shown by broken lines. Immediately after the tension coil spring 72 has been extended to the maximum and the contact force is maximized, the contact force is released from the release position, and the positioning piece 70 impacts the member of the frame at a position shown by the solid line and returns to shock. As a result, the purchaser is configured to feel the reaction to the rotary handle together with the sound.

In addition, when hardening | curing for the price of the capsule storage goods comprised in this way is not thrown in the injection position P1, the rotating disk 55 cannot be rotated so that it may become this release position. This will be described below.

In Fig. 12 (a), the bottom surface opening member 48, which is shown by broken lines, has a drop stop position (that is, bottom surface of the hardening passage member 14) for stopping hardening at the injection position P1. 15)] and the drop allowable position allowing the fall, and rotatable in the right frame 40 and inclined toward the coin discharge port 38.

Moreover, the upper end part is axially supported by the right frame body 40, and the contact surface 54a which contacts the outer peripheral surface of hardening located in the fall stop position P1, and the inclined surface 54b which oppose this contact surface 54a are arranged. ), A pressing piece 54 is formed. In addition, one end is pivotally supported on the surface to form a cam floor pin 60 at the other end so as to swing between the position away from the surface of the left frame body 41 and the position facing the surface. The rocking member 57 which is moved and pressed by a spring so that it always faces is provided.

As shown in Fig. 12B, the rocking member 57 has a first insertion through pin inserted through the first through hole 41b provided in the surface 41a of the left frame body 41. 59 and the second insertion pin 58 inserted through the second through hole 41c provided in the surface 41a at the drop stop position are integrally formed.

On the other hand, the rotary disk 55 is provided so as to be movable between the radially projecting position of the rotary disk and the retracted position which is drawn in the radial direction, and at the same time as the compression spring 66 shown in broken line at the projected position. There is a built-in projection member 65 which is constantly moved and pressed. When the projecting member 65 is in the protruding position shown, the rotary disk 55 so that the first insertion through pin 59 of the swinging member 57 guides the side surface 65b of the projecting member 65. The holding part (not shown) fixed to the contact part is made to contact, and the outer peripheral surface 65a of the circular arc is formed in contact with the inclined surface 54b of the pressing member 54. Moreover, the rotating disk 55 fixes the cam part which contact | connects the member 49, and the pin 80 which interlocks with this member 49 floats in the upstream of the hardening | curing input part P1, The operation of the rotary handle 6 is performed after the addition of the hardening C, and the hardened C is not stored continuously until the product falls to the product outlet.

12 (c), a cam member 56 having a sliding profile surface 56a at which the cam floor pin 60 is always in sliding contact and a cam profile surface provided with recesses 56b at the corners is provided. It is fixed coaxially with the turntable 55. By this structure, when the hardening | curing C is thrown in at the hardening | curing input position P1 (that is, hardening C of the maximum number of sheets accommodated in the hardening channel | path member 14 is accommodated) If there exists, the 2nd penetration pin 58 is caught by the surface of hardening (C), and is shown with a broken line from the position shown by the solid line shown in FIG. It is rocked to a position, and the 1st penetration pin 59 is comprised so that it may retract from the side surface 65b or the support part of the projection member 65. FIG. In addition, even when hardening (C) is not thrown in, even if the rotation handle 6 is operated and the rotating disk 55 is rotated in the direction of the arrow T3, the side surface 65b of the reflection member 65 will be kept. When the first insertion pin 59 of the swinging member 57 hits, and further rotation is prevented, the rotating table is configured to be unable to rotate.

Next, FIG. 13 (a) is a front view of the rotating disk 55 of the coin detection device 20 showing the state where the coin C is inserted into the coin insertion position, and FIG. 13 (b) is shown in FIG. A cross-sectional view taken along the line II-II in (a), and FIG. 13C is a cross-sectional view taken along the line III-III in (b). In this figure, hardening | curing C is stopped by the contact with the stop member 50, and also fall prevention is carried out by the bottom surface opening member 48, and is hold | maintained at the hardening | closing injection position P1.

From this state, when the rotary handle 6 is operated and the rotary disk 55 is rotated in the direction of the arrow T3, the outer circumferential surface 65a of the projecting member 65 strikes the inclined surface of the pressing member 54. In radial direction. Further, the cam floor pin 60 slightly falls from the sliding contact surface 56a to the recess 56b (Fig. 12 (c)), but does not inhibit further rotation of the projection member 65.

In addition, in the front view of the cure detection apparatus 20 of FIG. 14 (a), when the rotating disk 55 rotates to the arrow T3 direction, the outer peripheral surface 65a of the appearance member 65 will be the pressing member 54. As shown in FIG. By overhanging), by protruding in the radial direction, another rotation of the turntable 55 is allowed, so that the turntable can be rotated.

In addition, at this time, the bottom opening member 48 is rotated through the member 49 to drop the curing downward. At this time, as shown in Fig. 14B, the contact force with respect to the positioning pin 71 of the rotary disk 55 is released, whereby a strong force by the tension coil spring 72 is released, thereby releasing the positioning piece ( By impacting the member of the frame body to the position shown by the broken line 70 and returning shockedly, the purchaser can feel the reaction to the rotary handle together with the sound.

The above-mentioned hardening detection apparatus 20 can be used in that state, without discarding the capsule vending machine 1 which was installed as mentioned above.

According to the curing accommodation device of the present invention, more curing can be accommodated in a smaller space. Moreover, according to the article extraction apparatus provided with the hardening detection apparatus provided with the hardening accommodation apparatus which concerns on this invention, more expensive goods can be sold.

Claims (3)

An inlet through which hardening is introduced and a hardening passage member positioned below the gravity direction of the inlet and communicating with the inlet; It is a curing receiving device The curing passage member includes a bottom surface that is introduced from the inlet and supports a peripheral surface of the curing contained in the curing passage member, a first supporting surface positioned in a direction perpendicular to the main surface of the curing, and the first supporting surface. Have a second support surface positioned opposite to and connected by the bottom surface with its lower edge connected to the lower edge of the first support surface, The bottom surface has a width of n hardenings (n ≧ 2) in a direction perpendicular to the main surface of the curing in the curing passage member, and the bottom surface is a virtual plane including the bottom surface in a gravity direction. By inclining at a second angle with respect to a plane inclined at a first angle with respect to an imaginary horizontal plane perpendicular to the surface, the hardening is clouded by its own weight in a direction parallel to the major surface of the hardening from the entry position. It is possible to move in the direction perpendicular to the main surface of the curing, The guide member which is below the said inlet and has the inclination part which guides the hardening | curing thrown in from the said inlet toward the said 2nd support surface is provided between the said 1st support surface, The said hardening of the lower edge of the inclined part The width in the direction perpendicular to the principal plane of is substantially equal to the width of the cured n-1 sheets such that the entry position is spaced apart from the first support surface by the width of the cured n-1 sheets. The distance from the lower end of the guide member to the bottom surface is formed more than the diameter of one hardened sheet, It has a stop member which is provided with the distance of the diameter k pieces (k≥1) of hardening from the edge of the edge part of the said entry position side of the bottom surface, and can stop rolling movement of the hardening in the direction parallel to the main surface of the hardening. , After stopping the hardened | cured material injected from the said inlet port by the said guide member and the said 2nd support surface from the said 1st support surface in the said hardening path member by the distance of 1-1 sheets of hardening, the said stop | stop, Until the peripheral surface is in contact with the member or the peripheral surface of the curing already accommodated in the curing passage member, and is clouded by its own weight in a direction parallel to the main surface thereof, The hardening accommodation apparatus characterized by moving by self-weight in the direction perpendicular | vertical to the main surface until the main surface is in contact with the main surface of hardening accommodated, and allowing hardening of n * k sheets in the said hardening passage member. . The hardening detection apparatus of Claim 1, and the hardening detection apparatus characterized by the detection mechanism which can detect that the hardening of n * k sheets is accommodated in the said hardening path member. It is an article taking apparatus provided with the hardening detection apparatus of Claim 2, With the device body, A storage unit for storing a plurality of articles, An operation member operated by the purchaser, An article dispensing mechanism for discharging an article in the accommodating portion out of the accommodating portion in accordance with an operation of the operation member; An article passage for guiding the article sent out of the storage section out of the apparatus main body, The said hardening detection apparatus enables operation of the said operation member, when it detects that hardening of n * k sheets is accommodated in the said hardening passage member, and the said hardening detection apparatus is n x k sheets in the said hardening passage member. The article taking out apparatus characterized by having a permission mechanism part which makes operation of the said operation member impossible when it is not detected that hardening of the said resin is accommodated.

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