PT101585B - MECHANICAL COINS - Google Patents

Abstract

The invention relates to a mechanical coin-box whose main function is to withdraw cards from "The Messenger" machine. Its operation takes place in the following way: on inserting the coin into the chute 9 it goes via the "assotamento" 29 of the lever 10 to move the nose 26 down allowing the catches 2 and 24 incorporated into the shaft 3 to pass. When the latter is pulled with the handle 4, in this path, the catch 2 withdraws the card, the catch 24 which has the screw 5 incorporated, operates the following elements: the spring 7 which is pressed downwards by the screw 5 enabling the exit of the card, this same screw 5 puts pressure on the lever 11 forcing this to put pressure on the lever 12 which thus allows the coin to pass into the box. When the catches 2 and 24 return to the normal position the catch 24 touches the lever 10 in the reverse direction causing a small oscillation leaving the lever in the normal position, thus closing the mechanism. The catch 5 in the same direction is drawn downwards so as not to interfere with the cards deposited in the machine, being left in the normal position on hitting the block 22 which forces it to turn upwards, ready for the next operation. <IMAGE>

Description

DESCRIPTIVE MEMORY

MECHANICAL COIN

The present invention relates to a coin purse that has the characteristic of working with two functions, one complementing the other. The first function consists: in the act of inserting the coin, activate the mechanism that releases the coupling, having the mission of removing the plug, thus concluding the second function. This coin purse was designed to equip the machine ”0 Messenger, which is intended for the exchange of data between young people through tokens, however, it can be adapted to machines for other purposes.

The characteristics and advantages of the invention stand out from the description that follows, by way of example with reference to the accompanying drawings in which the shapes represent:

Fig. 1 shows the left side elevation of the coin holder · with its components.

Fig.

is the main elevation of the coin purse.

Fig is a plan view of the coin purse.

Fig represents a spring

Fig.

represents the brake spring

Fig.

is a plan view of a guide

Inside.

Fig.

is the side elevation of the guide and shaft in

Fig. 8 shows the side view of the shaft

Fig. 9 is the side elevation of the shaft that shows the hitch of a lever.

Fig. 10 is the main elevation of the shaft.

Fig. 11 is the rear elevation of the shaft.

Fig. 12 is the left side elevation of the rail.

Figs. 13 of the levers.

and 16 represent a side view

Fig. 14 represents a brake.

Fig. 17 represents a spiral spring.

Fig. 18 represents an axis.

Fig. 19 is the right side elevation of the rail.

Fig. 20 shows a spring support.

Fig. 21 shows a handle.

Fig. 22 represents a shim.

Fig. 23 shows a nut bolt.

Fig. 24 shows a support.

Fig. 25 shows a screw with two divisions.

Fig. 26 shows a large spiral spring support.

Fig. 27 shows a tab.

As you can see in Fig. 1, the left side elevation shows us the raoedeiro with its main elements, whose operation is as follows:

For the user to purchase a plug from the machine, insert a coin into the slot, this coin runs through the chute (9) against the bottom (29) of the lever (10) making it move in both directions, on the side of the bottom (29). if pushed upwards by the coin and on the other side, the nozzle (26) descends, thus allowing the couplings (2 and 24) attached to the shaft (5) to pass when it is pulled out with the aid of the handle (4).

These couplings (2 and 24) have different missions. The latch (2) removes the plug from the locker, making it available to the user. The engagement (24) has a cavity where the nozzle (26) engages.

When the set formed by the shaft (5) and couplings (2 and 24) return to the initial position with the aid of the spring (6), the coupling (24) has incorporated the screw (5) that drives the following elements: The spring (7) which is pressed down by the screw (5) allowing the plug to exit. This screw (5) presses the lever (11) forcing it to press the lever (12), thus allowing the coin to pass into the box.

On the return of the couplings (2 and 24) to the normal position, the coupling (24) touches in reverse the nozzle (26) of the lever (10) causing an oscillation in the passage to the other side and leaving the lever (10) in position opening, thus closing the mechanism.

the coupling (2) in the same direction is facing downwards, passing through the plugs, without interfering with them, at the end of the course it collides with the block (22), turning it upwards, ready to take another plug when it is activated by another coin.

Fig. 2 shows us the main elevation of the coin selector with part of its elements: the base (20) serves as a fixture for the coin purse, the spring (7), the coupling (2), the wedge (22), the guide (1), the shaft (3), the lever (11), the screw (5), the cavity (b), the rail (9) that has a groove (g) that serves to insert the coins, an opening (f) that serves to reject coins of a smaller diameter than those used, a curvature (h) that has the function of preventing the violation of the mechanism.

Fig. 3 is a plan view of the coin selector showing the following elements: The chute (9), the support (14), which has the mission of attaching the spring (13) to the lever (12), the lever (10) which includes the tapping (29), the lever (11) and the curvature (h).

Fig. 4 shows the spiral spring (6) which is attached at one end to the engagement (24) and at the other to the support (16) and which serves to return the shaft (3).

Fig. 5 shows a spring (7) which is attached to the base (20) and which serves to prevent the plug from coming out of the groove unduly.

Fig. 6 shows the guide (1) that has an opening (a) so that the shaft (3) with the couplings (2 and 24) can move.

Fig. 7 shows the guide (1) and the shaft (3) inside.

Fig. 8 shows the shaft (3) of which the following elements are part: The coupling (2) serving to remove the plug, the brake (23) whose function is to keep the coupling (2) in the correct position. The coupling (24) serves to support the coupling (2) and the brake (23) at the top. At the bottom, the coupling (24) has the screw (5) with two divisions (c and d), which serves to activate the lever (11) and the spring (7). The tabs (34) serve to correct the entry of the end (26) of the lever (10) into the cavity (b).

) / / 1/

Fig, 9 shows the shaft (5) with the highlight of the cavity (b).

Fig. 10 shows the main elevation of the shaft (3) with the elements already described in Figs. 8 and 9 with the highlight of the flares (e) of the flaps (34).

Fig, 11 shows the rear elevation of the shaft (3) where you can see the divisions (c and d) of the screw (5).

Fig. 12 is the left side elevation of the rail (9) where the following elements can be seen: the cutout (32) that serves to allow the inserted coin to come into contact with the flattening (29) of the lever (10) , initiating the operation of the coin selector, the support (14), the cutout (33) that serves as a brake on the lever (12), three holes (i) that serve for the entry of the axes (19) for fixing the levers (10 , 11 and 12).

Fig. 13 shows the lever (10) with all its elements whose operation has already been described in Fig. 1, which are the following: 0 overlap (29), cutout (28), end (26) and orifice (i).

Fig. 14 shows the brake (15) with a weight (25), which serves to force the brake (15) to fit in the cutout (28) of the lever (10), this brake being fixed by the support (17) to the base. (20).

Fig. 15 shows the lever (12) with all its elements, namely, a curvature (30), an orifice (i) and another (j) whose operation has already been described in Fig. 1.

Fig. 16 shows the lever (11) with all its elements, namely, a cutout (27), an oval tip (31) and an orifice (i) whose operation has already been described in Fig. 1.

Fig. 17 shows us a spiral spring (13) that is attached at one end to the support (14) and at the other end to the lever (12) thus allowing its correct position.

Fig. 18 shows us an axis (19) that serves to enter the holes (i) of the levers (10,11 and 12).

Fig. 19 is the right side elevation of the rail (9) showing the support (8) that serves to fix the rail (9) to the base (20), the tab (21) which has the function of deflecting the path of the smaller diameter coins out of the coin purse from the opening (f), the lever (10), its hinge (29), the lever (11), the cutout (33) and the tooth (35) of the lever ( 12).

Fig. 20 shows the support (14) that serves to secure the spring (13).

Fig. 21 shows the handle (4) used to pull the shaft (3).

Fig. 22 shows the wedge (22) serving to put the coupling (2) in the correct position.

Fig. 23 shows a screw with nut (18).

Fig. 24 shows the brake support (17) (15).

Fig, 25 shows the screw (5) with two divisions (c and d) used to fit and press the spring (7) and the lever (11).

Fig. 26 shows us a support (16) which serves to secure the spiral spring (6) being fixed to the base (20).

Fig. 27 shows a tab (21) with the function of deflecting the path of coins with a smaller diameter than those used.

Mechanical coin purse designed to remove tokens from the inside of the machines by inserting coins, consisting of a set of parts, the following being a guide (1) inside which a shaft (3) works which has incorporated at one end at the top , a coupling (2) and a brake (23), at the bottom, a coupling (24) which has a screw (5) above which there is a hole for fixing the spring (6), on the other end the handle (4) is incorporated in the shaft (3), the following elements are attached to the base (20), a spring (7), a screw (18), a brake (15), three supports (8, 16 and 17 ), to the support (8) is connected a rail (9) characterized by three levers (10, 11 and 12), a spring (13) and a fixing support (14).

Claims (1)

Mechanical coin purse, according to claim 1, characterized by a guide (1) with a cutout (a). Mechanical coin purse according to claims 1 and 2, characterized by a shaft (3) that has a coupling (24) at the bottom, incorporated at one end, which supports the coupling (2) at the top, this coupling ( 2) has a brake (23) that is connected to the coupling (24), the shim (22) is connected to the base (20), at the bottom of the coupling (24) we have the following elements, the screw (5) that has two divisions (c and d), two flaps (34) that at the ends have the hinge (e), inside the flaps (54) there is a cavity (b), at the other end of the shaft (3) the handle is connected (4). -4-- 1 Mechanical coin purse according to the preceding claims, characterized by a spring (7) fixed to the base (20) by a screw with nut (18), a spring (6) attached to the coupling (24) and to the support (16) that a brake (15) is attached to the base (20) which is connected to the support (17) which in turn is fixed to the base (20), the brake (15) at one of its ends has a weight (25). - · 5 - “ Mechanical coin purse according to the previous claims, characterized by a support (8) attached to the base (20) serving as a connection to the rail (9), which has the following elements, a curvature (h), a groove (g), an opening (f), two cutouts (52 and 55), a support (14) and a tab (21). - 62 Mechanical coin purse, according to the previous claims, characterized by three levers (10, 11 and 12), the lever (10) has a cutout (28), and a hinge (29), a coupling end (26) and a hole (i), the lever (11) has a cutout (27), a round end (51) and a hole (i) the lever (12) has a curved end (50), a tooth (55), two holes (i) and (j) and a spring (15). The applicant declares that it is the first application for this invention patent.