KR880001317Y1 - A coin deliverers - Google Patents

Abstract

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Description

Manual discharge device such as token and change

1 is a front perspective view of the discharge device of the present invention, in which a plurality of coalesced pressure interceptors are exposed and disposed on one side wall of the box.

2 is composed of an absorber part, a separate shaft length part, an individual laminated pipe part, a plurality of conveying plate bodies (not shown), a plurality of coalesced paper intermediates and outlets, which are built into the box of FIG. Front side perspective view of the present invention manual discharge device to be excreted.

FIG. 3 is an explanatory diagram exemplarily illustrating an operation of a plurality of each of the pressure sensitive intermediaries and the conveying plate body by representing one pressure sensitive intermediary and one conveying plate body selected from a group of token coalescing pressure sensitive bodies. FIG.

4 is a perspective view exemplarily described as a representative example of a stacked transfer plate for tokens.

FIG. 5 illustrates that the rear edges of each of the conveying plate bodies of the stacked conveying plate body for tokens shown in FIG. 4 are followed by an upward protrusion of each of the lower conveying plate bodies to discharge one to five tokens. 5 (a), 5 (b), 5 (c), 5 (d), 4 (e), 5 (e), 5 (e) : City of token is omitted).

* Explanation of symbols for main parts of the drawings

d-1: token d-2: 10 yuan

d-3: 50 yuan d-4: 100 yuan

d-5: 500 won

S-1, S-2, S-3, S-4, S-5: Individual Laminated Tubes

B: Box S-B: Inclined Wall

H-1, H-2, H-3, H-4, H-5: Suction part and division shaft part

t-1, t-2, t-3, t-4, t-5: discharge study

D: outlet

P-1, P-2,... P-15: Bullet Pressure Pressure Intermediate

K: laminated transfer plate body

K-10, K-15: single feed plate

(K-1), (K-2), (K-3), (K-4), (K-5), (K-6), (K-7), (K-8), (K -9), (K-11), (K-12), (K-13), (K-14): Stacked transfer plate body

X: Inner plate W: Inclined wall part

Ⅰ: Tanji Type Pressure Simplified Group (Token)

Ⅱ: Tanji Type Pressure Simplified Group (10 Won-dong Only)

Ⅲ: Tanji Type Pressure Simplified Group (100 Won Only)

K ': through hole (for through hole on the front side of transfer plate)

K ": Insertion through hole (insertion of token or coin)

K "': upward projection P': lower end

S: Coil Spring

The present invention allows the seller of the token to easily and surely sell the token and discharge the change, and in the bus, the driver or the deputy can easily and surely carry out the change of the change, and also in the general store. It is a design for a manual discharge device such as a token or change money that can be used as a safe and change device.

Token sales and change payment methods used by Token's sales offices are generally applied to the conventional trading method of the Token, or changed slightly, and the driver or deputy manager selects and changes the change in the bus. The method of passing through or selecting the change of change in a general store is similar to the method of selecting the change of tokens in the above-mentioned token store, so that there was an error, trouble, and inefficiency.

The present invention reduces and eliminates errors, hassles and inefficiencies as described above, so that tokens, changers, etc. can be easily and surely changed to tokens, changers, etc. without any errors and hassles. In addition, it is also possible to easily carry out the change of the change method for the well-known pipe in the general store, and to obtain a manual discharge device such as token change that is also used as a simple safe.

Referring to the configuration of the present invention and its effect according to the accompanying drawings as follows.

The present invention is a token (d-1), 10 nuclear (d-2), 50 nuclear (d-3), 100 nuclear (d-4), 500 nuclear (d-5) The individual laminated pipes (S-1) (S-2) (S-3) (which are the diameters corresponding to the diameters of these separated laminates and the height of the divided laminates are arbitrarily selected by dividing and stacking each of them separately. S-4) (S-5) were placed in the order of selection in the upper portion of the inner plate (X) in the box (B), and the laminated laminated pipe portion (S-1) (S-) 2) On top of each of (S-3), (S-4) and (S-5), a plurality of tokens or coins to be separately inserted and stacked are accommodated, and the individual laminated pipe parts (S-1) (S-2) (S-3) (S-1) (S-1) (S-1) (S-1) (H-1) (H-2) ( H-3) (H-4) (H-5), etc. are excreted or connected, and on the outside of one side wall part of the box B, individual laminated pipe parts S-1, S-2, S- 3) (S-4) (S-5) Stacked Tokens or Coins The tungsten type pressure paper which transfers only the number selected from to the rear discharge hole (t-1) (t-2) (t-3) (t-4) (t-5) to be discharged from the discharge port (D). Simplified (P-1) (P-2) (P-3) (P-4) (P-5)... … (P-15), each of the planned numbers in the planned order, and excreted separately, the pressure-sensitive intermediary (P-1) (P-2) (P-3) (P-4) (P-5) … … By selectively gripping any of (P-15) or the like according to the calculation, the corresponding single transfer plate body (K-10) (K-15) or stacked transfer plate body (K-1) (K-2) (K -3) (K-4) (K-5) (K-6) (K-7) (K-8) (K-9) (K-11) (K-12) (K-13) (K -14) Only the planned number of coins, etc., is moved backward so that only the number of tokens or coins corresponding to the calculation is discharged, and the hassle and error caused by selecting, counting, etc. It is a design of a manual discharge device such as token change, which is characterized by excluding inefficiency.

The lower end P '(see FIG. 3) of each of the 15 tungsten pressure sensitive bodies which is the above-described tungsten pressure sensitive body P-1 (P-15) is a conveying plate body K-1 corresponding to each. … … Since it is to be inserted into the front through hole portion K 'of K-15, the press-fitted pressure sensitive intermediate P-1. … Transfer plate body K-1 connected thereto by (P-15)... … Any one of (K-15) passes the token or coin to the corresponding discharge hole (t-1) (t-2). … After the transfer to (t-5) it was to be restored by the anti-ballistic force on the coil spring (S).

As described above, the type and method of excavation of fifteen tungsten pressure sensitive intermediaries, such as the tungsten pressure sensitive intermediaries P-1 to (P-15), disposed on one side wall portion of the box B, are pressed once. A single type of coalesced pressure intermediary (P-10) used to transfer one 50 nuclear power plant (d-3) to a backward direction, and a single type of pressure sensitive intermediary (P-10) used for backward transport and discharge of one 500 nuclear power (P-3) -15) Extinguish two separately, and use one press paper to separate one, two, three, four or five of tokens (d-1) for backward transfer and discharge. Ⅰ) and one or two of 10 nuclear power plants (d-2), three or four coalesced pressure intermediary groups (II), which are used for backward transport and discharge, and one or two of 100 nuclear power plants (d-4). (1) (II) (III), which is a group of coalesced pressure interstitials (III), which uses three or up to four for backward transfer and discharge. As shown in Fig. 2, the coalesced pressure interstitial group (I) that separates and discharges the token (d-1) (I) → the coalesced pressure interstitial group (II) that separates and discharges 10 nuclear power plants. Coal Type Pressure Intermediate (P-10)-> 100-Well Coal Pressure-Supplied Group (III)-> 500-Well-Discharge Single Pressure Intermediate (P-15) Expose to expose one side wall part of

The reason for the exclusion of the single type PG (P-10) (P-15) and the PG group (I) (II) (III), etc., is to allow the user to The distinction between types is chosen in detail and clearly so that they can be depressed. Therefore, although the above arrangement order can be changed as needed, it is generally preferable to arrange in the above order. As an example of practical use of the excretion, if one token (d-1) is to be discharged from the group of coalescing pressure groups (I), the pressure-bearing medium (P-1) is pushed down only once. In this case, only one token is discharged from the discharge port (D), and once the paper presses the coalesced pressure intermediary (P-2), only two of the tokens (d-1) also open the Once crushed, only three of the tokens (d-1) are pressed, and if the crushed pressure paper (P-5) is pressed, the dodger is discharged from the discharge port (D) via the discharge hole (t-1). This effect is to discharge coins in the corresponding number according to the case of the coalesced pressure interstitial group (I) described above also in the other coalesced pressure interstitial group (II) (III).

In addition, the single type of pressure sensitive intermediary (P-10) is one of the 50 nuclear power plants (d-3) according to the single pressure paper, and the pressure of the single type of pressure sensitive intermediary (P-15) is a single pressure paper. Each one of the 500 nuclear power plants (d-5) is discharged. In order to carry out the action of such a separate discharge, in the present invention, the lower end portion P 'of all the coalesced pressure interpolators P-1 to P-15 has all the transfer plate bodies K as shown in FIG. -One)… … It inserts into the through-hole part K 'formed in front of K-15. In this way, any of the corresponding transfer plate bodies K-1 to (K-15) which presses the pressure sensitive intermediary selected by this inserts a token or a coin and a corresponding discharge hole (t-1) (t-2). (t-3) (t-4) (t-5) to fall from the discharge port (D) to discharge a number of tokens or coins that match the calculation.

To this end, for example, in the case of the coalesced pressure intermediary group (I), the thickness of each of the transfer plates K-1 to K-5, which is moved forward and backward, is equal to the thickness of the token d-1. In the middle part, five transfer plate bodies (K-1) to (K-5) formed through a through hole ("K") having a diameter corresponding to the diameter of the token (d-1) are laminated to Simplified group (I) is formed, and at the rear end of each of these transfer plate bodies K-1, K-2, K-3, and K-4, an upward projection K "'is disposed at a proper position. For example, when the conveying plate body K-1 alone moves backward with the pressurization of the coalesced pressure finger member P-1, the upward protrusion K '' acts as shown in FIG. 5 (a). Without this, the conveying plate body (K-1) is transferred backward by itself, and then only one of the tokens (D-1) inserted into the through hole (K ") is dropped into the discharge hole (t-1). However, when the pressure sensitive intermediary P-2 is pressed [see also fifth (b)], the rear shaft edge of the conveying plate body K-2 is the upward projection portion K '' of the conveying plate body K-1. Move backwards

Therefore, two tokens, one token in the insertion hole K "'of the transfer plate body K-1 and one token in the insertion hole K" of the insertion plate K-2, Tokens are stacked on each other and discharged from the discharge hole (t-1) to act as a coalesced pressure interpolator (P-2), that is, discharge two tokens into the discharge hole (t-1). will be. This action is the same as that described above in the case of the PG, P-3, P-4, and P-5, and three tokens are used as the blotting paper of the PG. Four tokens are pushed into the blotting paper of the coalesced pressure finger member P-4, and five tokens are pushed into the discharge hole t-1.

It has been explained that the above-described action is performed by one of the selected blotters of the bulge-type pressure interpolators (P-1) to (P-5) disposed in the bulge-type pressure sedentary group (I) (for tokens). Those in the blotter paper group II (for 10 yuan only) and (III) (100 won coin) also have a number of coins corresponding to the blotter paper of the blotter paper by the action similar to that of the above-mentioned anthracite blotting paper group I. By discharging to the corresponding discharge hole, it acts as a group of coalesced pressure sedentary groups (II) and (III).

In order to perform the above-described operation smoothly and surely, in the present invention, three groups of individual laminated pipes (S-1) (S-2) and (S-4) for stacking tokens or coins, and 50 yuan A bar is formed on the inner surface of the inner plate of the two stacks of the individual stacked container pipes S-3 and S-5 for discharging each of (d-3) and 500 won coins (d-5) one by one. In addition, the diameters of each of the individual laminated pipe parts (S-1) to (S-5) are formed to have a diameter corresponding to the diameter of the token or coin to be stored.

On the upper side of each S-1, S-2, S-3, S-4, and S-5, a number of tokens or coins to be separately introduced are divided and filled. In order to make the natural lamination by natural drop loading into each of S-1, S-2, S-3, S-4 and S-5, Hopper part and division shaft part which are (W) (H-1) (H-2) (H-3) (H-4) (H-5) are divided into five. Therefore, each of the Hopper and Separator Shafts (H-1) (H-2) (H-3) (H-4) (H-5), for example, Hopper and Separator Shafts (H-1), A large number of oaks (d-1), a large number of 10 nuclear powers (d-2) in the division shaft length (H-2), a large number of 50 nuclear powers (d-3) in the division shaft length (H-3) As shown in the above, a plurality of 100 nuclear power units (d-4) are divided into a dog and a divided shaft long part (H-4), and a plurality of 500 nuclear power units are divided into a single long arm part (d-5). Apparent Intermediate (P-1) (P-2)... … By squeezing any of (P-15) or the like according to the calculation, the calculated number of tokens or coins is transferred to the unitary transfer plate body (K-10) (K-15) or the stacked transfer plate body (K-1) (K -2) (K-3) (K-4) (K-5) (K-6) (K-7) (K-8) (K-9) (K-11) (K-12) (K -13) (K-14), which discharges and changes the change according to the calculation, which is carried out by squeezing the pressure sensitive intermediary selected by calculation.

In order to ensure the above-mentioned results, the thickness of each of the transfer plate bodies is important, and the transfer plate bodies (K-1)... … (K-5) The thickness of each is equal to the thickness of the token (d-1), and the conveying plate body (K-6). … (K-9) The thickness of each of them is equal to 10 nuclear power, and the thickness of the transport plate body K-10 is equal to the thickness of 50 nuclear power, and the transport plate body 11... … (14) The thickness of each is to correspond to the thickness of 100 nuclear power, the thickness of the conveying plate body 15 is matched to 500 nuclear power, the insertion hole through the opening (K ") to each of these conveying plate body Each of the Tokens (d-1), 10 Won (d-2), 50 Won (d-3), 100 Won (d-4), 500 Won (d-5) Therefore, the above-mentioned operation is performed without error. Therefore, when using the present invention, the conventional trouble, error and inefficiency caused by visual selection and counting of the number of coins and the number of tokens or tokens, etc. It is derived from the result that the transfer of change change that is consistent with the calculation is excluded and all of them are excluded. Therefore, it is convenient to use in a token store or a bus and can be used for transfer of change change in a general store or as a simple safe. Manual, such as oak and change It is used as a discharge device.

Claims (1)

Token (d-1), 10 Won (d-2), 50 Won (d-3), 100 Won (d-4), 500 Won (d-5) Individually laminated pipes (S-1) (S-2) (S-3) (S-4), which are divided into individual layers and have a diameter corresponding to the diameter of these separate layers, and the height of the divided layers becomes a randomly selected height. Each of (S-5) was placed on the upper portion of the inner plate (X) in the box (B) in the order of selection, and the individual laminated pipe parts (S-1) (S-2) (S (3) (S-4) (S-5) On the upper side of each of the separately input tokens or coins, a plurality of stacks are accommodated, and the individual stack pipes (S-1) (S-2) (S- 3) Hopper part and division shaft length part (H-1) (H-2) (H-3) of inclined wall part (W) formation which naturally fall into each of (S-4) and (S-5) to supply a stack. ) (H-4) (H-5) and the like, or excreted, and the outer side of one side wall portion of the box (B), the individual laminated pipe parts (S-1) (S-2) (S-3) ( S-4) (S-5) with tokens or coins stacked on each Coalesced pressure intermediary to transfer only the selected number to the discharge hole (t-1) (t-2) (t-3) (t-4) (t-5) on the rear side (P-1) (P-2) (P-3) (P-4) (P-5)... … (P-15), each of the planned number in the planned order, and excreted separately, the coalesced pressure interpolator (P-1) (P-2) (P-3) (P-4) (P-5) )… … By selectively gripping any of (P-15) or the like according to the calculation, the corresponding single transfer plate body (K-10) (K-15) or laminated transfer plate agent (K-1) (K-2) ( K-3) (K-4) (K-5) (K-6) (K-7) (K-8) (K-9) (K-11) (K-12) (K-13) ( K-14) backwards only the planned number, so that only the number of tokens or coins corresponding to the calculation is discharged, and the hassle and error caused by selecting or counting tokens or coins And a manual discharge device such as token change, which excludes inefficiency.