HUE028663T2 - Coin hopper with a coin-delivering presser - Google Patents

Description

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention: [0001] The present invention relates to coin dispensing technology and more particularly, to a coin hopper, which uses a spring-loaded float to adjust a coin-delivery gap, enabling coins having different thicknesses to be individually and smoothly delivered to a coin outlet for dispensing and avoiding a coin stuck problem. 2. Description of the Related Art: [0002] A coin hopper is designed for use in a coin exchange machine, gambling machine, amusement machine or vending machine for sending out or issuing coins or tokens one by one. However, coins or token having different thicknesses, sizes and/or shapes may be used in different countries or different machines.

[0003] A conventional coin hopper is known using a motor to rotate a rotating disc for dispensing coins/to-kens. The rotating disc has a plurality of equiangularly spaced pins. A guide member and a micro switch are respectively mounted in the inner side and outer side of the coin outlet of the coin hopper. During rotation of the rotating disc, coins/tokens are pushed one by one by the pins of the rotating disc toward the coin outlet and then guided out of the coin outlet by the guide member. In order to ensure operation stability, a lever is provided between the rotating disk and the coin outlet for pushing a stacked coin away, avoiding a coin stuck problem.

[0004] FIG. 10 illustrates a coin hopper according to the prior art design. As illustrated, the coin hopper comprises a hopper body A, a rotating disk A1 rotatably mounted in the hopper body A and defining a plurality of coin grooves A11, an axle A2 and a stop member A3 disposed near the periphery of the rotating disk A1, and a coin-dispensing mechanism B. The coin-dispensing mechanism B comprises a spring member B2, and a lever B1 that has one end thereof pivotally coupled to the axle A2 and a bearing portion B11 located on an opposite end thereof and pressed on the stop member A3. When a motor (not shown) is started to rotate the rotating disk A1, coins C are forced by a centrifugal force to move out of the coin grooves A11 of the rotating disk A1 toward the lever Bl.When one coin C is moving out of one coin groove A11, it will give a pressure to the lever B1 to compress the spring member B2. As soon as the coin C moved out of the respective coin groove A11, the spring member B2 immediately returns to its former shape to return the lever B1 to its former position, avoiding delivery of multiple coins C to the coin outlet at a time.

[0005] According to the aforesaid prior art design, the lever B1 is pivotally coupled to the axle A2 and supported on the spring member B2. However, when dispensing coins C having different sizes, these coins C will give different pressure to the lever B1 against the spring member B2, causing stress concentration. Thus, the spring member B2 will wear and fail quickly. Further, it is difficult to control the gap between the lever B1 and the coin groove A11 of the rotating disk A1 subject to the thickness of the coin C being delivered. When dispensing coins C, coins C may be delivered in a stack, causing a coin stuck problem.

[0006] Document EP1998293 discloses a coin hopper having pressing means using spherical bearers to push the coins towards the exit, also comprising other mechanisms such as a thickness holder and a presserto avoid any double fed.

[0007] Document US5167571 discloses a coin hopper having a pressing pad to push the coins to be delivered towards the rotating plate to avoid any unnecessary shaking of the coins.

[0008] Document W02005/038730 discloses a coin hopper having some pushing means with aspring to push the coins rotating on the compartment towards the exit.

[0009] Document EP2410495 discloses a coin hopper having a coin outlet ramp that retracts one of the lateral partitions holding a coin to dispense it through the output path.

[0010] Therefore, it is desirable to provide a coin hopper that eliminates the aforesaid problem.

SUMMARY OF THE INVENTION

[0011] The present invention has been accomplished under the circumstances in view. It is therefore the main object of the present invention to provide a coin hopper, which is practical for dispensing coins/tokens having different thicknesses, preventing a coin stuck problem.

[0012] To achieve this and other objects of the present invention, a coin hopper of the invention comprises a coin-dispensing unit and a coin-delivering presser. The coin-dispensing unit comprises a hopper defining a coin outlet, a rotating disk rotatably mounted in the hopper, a circuit module, a power drive controlled by the circuit module to rotate the rotating disk, and a sensor module controlled by the circuit module to detect the value and authenticity of coins having different thicknesses. The coin-delivering presser is mounted in the hopper, comprising an elastic member and afloat rotatably supported on the elastic member for pressing on one coin in the rotating disk, enabling coins to be individually and smoothly delivered to the coin outletfordispensing during rotation of the rotating disk and avoiding a coin stuck problem.

[0013] Further, because the float is supported on the elastic member, the gap between the float and the rotating disk is automatically adjustable for allowing delivery of one individual thick coin or thin coin therethrough. As the float is supported on the elastic member when it is pressed on one coin being delivered, the friction force thus produced between the float and the coin is sufficient to move the coin toward the coin outlet without causing damage. Further, due to spot contact between the float and the coin, the friction force thus produced between the float and the coin is small, avoiding an overpressure. Thus, the elastic member will not wear quickly with use.

BRIEF DESCRIPTION OF THE DRAWINGS

[0014] FIG. 1 is an oblique top elevational view of a coin hopper in accordance with the present invention. FIG. 2 is an exploded view of the coin hopper in accordance with the present invention. FIG. 3 corresponds to FIG. 2 when viewed from another angle. FIG. 4 is an enlarged view of a part of FIG. 2, illustrating the structure of the coin pusher of the coin hopper. FIG. 5 corresponds to FIG. 4 when viewed from another angle. FIG. 6 is a schematic sectional view of the coin hopper in accordance with the present invention. FIG. 7 is an enlarged view of part A of FIG. 6, illustrating the float pressed on a thick coin. FIG. 8 is similar to FIG. 7, illustrating one thin coin entered the gap between the float and the rotating disk. FIG. 9 is similar to FIG. 7, illustrating one thin coin entered the gap between the float and the rotating disk and another thin coin stopped at the float. FIG. 10 is a schematic drawing of a part of a coin hopper according to the prior art.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

[0015] Referring to FIGS. 1-5, a coin hopper for use in a coin dispenser in accordance with the present invention is shown. The coin hopper comprises a coin-dispensing unit 1 and a coin-delivering presser 2.

[0016] The coin-dispensing unit 1 comprises a hopper 11 comprising a hopper body 111 and a support base 112, a rotating disk 12, and a power drive 13. The support base 112 defines a through hole 1121 at a selected location. The hopper body 111 defines an accommodation chamber 10, a top opening 101 disposed at a top side thereof in communication with the accommodation chamber 10 and the atmosphere, and a back opening 113 disposed in a back side thereof in communication with the accommodation chamber 10 and the atmosphere. The rotating disk 12 is rotatably supported on a front side of the support base 112 of the hopper 11 and rotatably positioned in the back opening 113 of the hopper body 111. The powerdrive 13 comprises a motor131 mounted in a back side of the support base 112 of the hopper 11, and a transmission mechanism 132 mounted in the back side of the support base 112 of the hopper 11 and coupled to the motor 131. The transmission mech anism 132 comprises an output shaft 1321 inserted through the through hole 1121 of the support base 112 and coupled to the rotating disk 12. Thus, the motor 131 can be driven to rotate the transmission mechanism 132 and the rotating disk 12 relative to the hopper 11.

[0017] The hopper 11 of the coin-dispensing uniti further comprises a coin outlet 110 defined between the hopper body 111 and the support base 112 and disposed in communication between the inside space of the support base 112 and the atmosphere and facing toward the circumference of the rotating disk 12, a stopper member 114 located on the front side of the support base 112 below the coin outlet 110, a coin ejection mechanism 115 pivotally mounted at the front side of the support base 112 above the coin outlet 110 and disposed opposite to the stopper member 114 and comprising a torsion spring 1151 (see FIG. 6), and a back cover 116 covered on the back side of the support base 112. The back cover 116 defines therein a receiving chamber 1161. The coin-dispensing unit 1 further comprises a sensor module 14 mounted in the support base 112 corresponding to the coin outlet 110, and a circuit module 15 mounted in the receiving chamber 1161 within the back cover 116 and electrically connected with the power drive 13 and the sensor module 14.

[0018] The support base 112 of the hopper 11 of the coin-dispensing unit 1 defines a recessed portion 1101 corresponding to the coin outlet 110 for receiving one end of the coin ejection mechanism 115 and guiding pivot motion of the coin ejection mechanism 115. The hopper body 111 of the hopper 11 of the coin-dispensing unit 1 comprises a smoothly arched mounting slot 1131 extending along an upper part of the backopening 113. Further, the rotating disk 12 comprises a plurality of coin-pushing units 121 located on a front side thereof and arranged around a circle. Each coin-pushing unit 121 comprises a plurality of smoothly arched ribs 1211 equally spaced from one another in direction away from the center of the rotating disk 12 in a parallel manner, a smoothly arched groove 1212 defined between each two adjacent smoothly arched ribs 1211, and a push block 1213 located at one end of each smoothly arched rib 1211. Further, the stopper member 114 comprises a beveled guide face 1141 sloping downwardly outwardly from a top side thereof, and a plurality of stop blocks 1142 located on a back side thereof and respectively inserted into the smoothly arched grooves 1212 of one coin-pushing unit 121 of the rotating disk 12 (see FIGS. 8 and 9).

[0019] The coin-delivering presser 2 comprises a base member21, a cover member22, afloat 23 and an elastic member24. The base member21 comprises an accommodation hole 211 for accommodating the float 23, a stop flange 2111 extending around one end of the accommodation hole 211 for stopping the float 23 in the accommodation hole 211, a locating groove 2112 extending around an opposite end of the accommodation hole 211, and a plurality of hook blocks 212 spaced around the border thereof.

[0020] The cover member 22 of the coin-delivering presser 2 is capped on the base member 21 and fastened to the base member 21 by, for example, a hook joint. Alternatively, the cover member22 and the base member 21 can be fastened together with screws or high-frequency heat sealing. The cover member 22 comprises a receiving chamber 20 for accommodating the float 23 and the elastic member 24, comprising a first bevel wall 221 and a second bevel wall 222 disposed at two opposite lateral sides thereof and defining therebetween an acute angle, a mounting flange 223 backwardly extended from a rear side thereof, and a plurality of mounting through holes 2231 cut through the mounting flange 223.

[0021] The cover member 22 further comprises an inside tube 224 suspending in the receiving chamber 20 and facing toward the base member 21, a plurality of hook holes 225 spaced around the periphery thereof ad-jacenttotheouteropen side 201 of the receiving chamber 20 and respectively forced into engagement with the hook blocks 212 of the base member21. The inside tube 224 comprises an axially extending tube hole 2241 and an annular locating flange 2242 located at a distal end thereof around the axial extending tube hole 2241 and positioned in the locating groove 2112 of the base member 21. Further, the float 23 in this embodiment is a rolling ball. In actual application, the float 23 can be a rolling cylinder or elliptical cylinder. Further, the elastic member 24 can be, for example, a compression spring, having its one end inserted into the axially extending tube hole 2241 of the inside tube 224 and its other end stopped against the float 23.

[0022] When assembling the coin hopper, the coin-delivering presser 2 is fastened to the hopper body 111 of the hopper 11 of the coin-dispensing unit 1 adjacent to the coin outlet 110 between the hopper body 111 and the support base 112 by: attaching the mounting flange 223 of the cover member 22 of the coin-delivering presser 2 to the inside wall of the hopper body 111 adjacent to the back opening 113 to aim the mounting through holes 2231 of the cover member 22 at the smoothly arched mounting slot 1131 of the hopper body 111 and then inserting respective screw bolts (not shown) through the mounting through holes 2231 of the cover member 22 at the smoothly arched mounting slot 1131 and fastening respective screw nuts (not shown) to the respective screw bolts to affix the mounting flange 223 of the cover member 22 to the hopper body 111. Further, the user can loosen the screw nuts and then move the coin-delivering presser 2 along the smoothly arched mounting slot 1131 to adjust the position of the coin-delivering presser 2 relative to the coin outlet 110 of the hopper 11, and then fasten up the screw nuts after adjustment of the position of the coin-delivering presser 2. After installation of the coin-delivering presser 2 in the hopper 11 of the coin-dispensing unit 1, the float 23 is aimed at the rotating disk 12 and kept apart the rotating disk 12 at a predetermined distance.

[0023] Referring to FIGS. 6-9, the coin hopper can be used independently. Alternatively, the coin hopper can be used in an automatic vending machine, a game machine, or any consumer system for selling consumer services. After installation of the coin hopper in a main unit of an automatic vending machine, game machine or consumer system, the circuit module 15 is electrically connected to the main unit by a transmission line. During operation, the circuit module 15 controls the operation of the power drive 13 to rotate the rotating disk 12, and the operation of the sensor module 14 to detect the amount, value and authenticity of coins. As the operation of the power drive 13, the sensor module 14 and the circuit module 15 are of the known art and not within the scope of the claims of the present invention, no further detailed description in this regard will be necessary.

[0024] When thick coins 3 and thin coins 4 of different values are inserted through the top opening 101 of the hopper body 111 into the accommodation chamber 10, these coins 3;4 are accumulated in the hopper body 11. After accumulation of a certain amount of coins 3;4, the motor 131 of the power drive 13 is started to rotate the transmission mechanism 132 and the rotating disk 12, causing the thick coins 3 and the thin coins 4 to be pushed by the push blocks 1213 of the coin-pushing units 121 of the rotating disk 12 and supported on the smoothly arched ribs 1211, and then squeezed by the stop blocks 1142 of the stopper member 114 to move along the stop blocks 1142 and the coin ejection mechanism 115 toward the outside of the coin outlet 110. Some other coins 3 or 4 that are squeezed by the stop blocks 1142 of the stopper member 114 are forced to move downwardly along the beveled guide face 1141 to bias the coin ejection mechanism 115, causing the torsion spring 1151 to store elastic potential energy. As soon as squeezing pressure is released from the downwardly moving coins 3 or 4, the torsion spring 1151 immediately forces the coin ejection mechanism 115 to push the coins 3 or 4 out of the coin outlet 110 of the hopper 11.

[0025] During rotation of the rotating disk 12 of the coin hopper 1, the push blocks 1213 of the coin-pushing units 121 of the rotating disk 12 push the coins 3;4 to move to the gap between the float 23 of the coin-delivering presser 2 and the rotating disk 12 in proper order, or to move down along the first bevel wall 221 and second bevel wall 222 of the cover member 22. When one thick coin 3 is moved to the float 23, this thick coin 3 pushes the float 23 toward the inside of the accommodation hole 211 of the base member 21 to compress the elastic member 24 due to that the thickness of the thick coin 3 is larger than the distance between the float 23 of the coin-delivering presser 2 and the rotating disk 12, and the float 23 is kept rotating over the thick coin 3 during continuous rotation of the rotating disk 12, enabling the thick coin 3 to be carried to the sensor module 14 adjacent to the coin outlet 110 where the sensor module 14 detect the value and authenticity of the thick coin 3. As thefloat 23 is supported on the elastic member 24 and rotatably stopped against a small part of the thick coin 3, the friction force thus produced between the float 23 and the thick coin 3 is small but sufficient to move the thick coin 3 to the sensor module 14 for recognition.

[0026] Further, the distance between the float 23 of the coin-delivering presser2 and the rotating disk 12 is larger than the thickness of thin coins 4. If one thin coin 4 is carried by the rotating disk 12 of the coin hopper 1 to the gap between the float 23 of the coin-delivering presser 2 and the rotating disk 12, this thin coin 4 can enter the gap between the float 23 of the coin-delivering presser 2 and the rotating disk 12 directly without pushing the float 23 backwards. However, if the rotating disk 12 of the coin hopper 1 carries two stacked thin coins 4 to the coin-delivering presser 2 at the same time, the combined thickness of these two stacked thin coins 4 is larger than the gap between the float 23 of the coin-delivering presser 2 and the rotating disk 12, one of these two stacked thin coins 4 will be peripherally stopped against the float 23 and forced by the float 23 to fall down from the respective coin-pushing unit 121, allowing the other thin coin 4 to be carried to the sensor module 14 for recognition and further dispensing and, avoiding stuck coins.

[0027] In conclusion, the invention provides a coin hopper, which comprises a coin-dispensing unit 1 comprising a hopper 11, a rotating disk 12, a power drive 13, a sensor module 14 and a circuit module 15 for dispensing coins 3;4 having different thicknesses, and a coin-delivering presser 2 mounted in the hopper 11 and comprising an elastic member 24 and a float 24 rotatably supported on the elastic member 24 for pressing the coins 3;4 in the rotating disk 12, enabling the coins 3;4 to be individually and smoothly delivered to a coin outlet 110.

Claims 1. A coin hopper for dispensing coins, comprising: a coin-dispensing unit (1) comprising a hopper (11), said hopper (11) comprising a hopper body (111 ) and a coin outlet (110), said hopper body (111 ) defining therein an accommodation chamber (10) for holding predetermined thick coins (3) and thin coins (4), a rotating disk (12) rotatably mounted in said hopper (11) adjacent to said coin outlet (110), and a power drive (13) adapted for rotating said rotating disk (12) to deliver said thick coins (3) and said thin coins (4) to said coin outlet (10); and characterised by a coin-delivering presser (2) mounted in said hopper body (11 ) of said hopper (11 ) adjacent to said coin outlet (10), said coin-delivering presser (2) comprising a base member (21), a cover member (22) covered on said base member (21 ), said base member (21) defining therein a receiving chamber (20) and an accommodation hole (211) in communication with said receiving chamber (20) and the atmosphere and facing toward said rotating disk (12), an elastic member (24) mounted in said receiving chamber and a float (23) supported on said elastic member (24) and partially projecting out of said accommodation hole (211) for pressing on one individual said thick coin (3) or said thin coin (4) in said rotating disk (12), said float (23) being movable in and out of said accommodation hole (211) between an extended position and a received position to adjust the gap between said base member (21) and said rotating disk (12) for enabling said thick coins (3) and said thin coins (4) to pass through the gap between said base member (21) and said rotating disk (12) individually. 2. The coin hopper as claimed in claim 1, wherein said hopper body comprises a back opening disposed in communication with said accommodation chamber; said hopper further comprises a support base supporting said hopper body; said rotating disk is rotatably supported on said support base in said back opening of said hopper body; said power drive comprises a motor mounted in a backside of said support base of said hopper, and a transmission mechanism mounted in the back side of said support base of said hopper and coupled to said motor, said transmission mechanism comprising an output shaft extending through said support base and coupled to said rotating disk and rotatably by said motor to rotate said rotating disk relative to said hopper. 3. The coin hopper as claimed in claim 2, wherein said coin outlet is defined between said hopper body and said support base. 4. The coin hopper as claimed in claim 2, wherein said hopper further comprises a back cover covered on the backside of said support base and defining therein a receiving chamber; said coin-delivering presser further comprises a sensor module mounted in said support base of said hopper adjacent to said coin outlet, and a circuit module mounted in the receiving chamber inside said back cover of said hopper and electrically connected with said powerdrive and said sensor module for controlling said power drive to rotate said rotating disk and said sensor module to detect the value and authenticity of said thick coins and said thin coins. 5. The coin hopper as claimed in claim 2, wherein said hopper body further comprises a smoothly arched mounting slot extending along an upper part of said back opening; said cover member of said coin-delivering presser comprises a first bevel wall and a second bevel wall disposed at two opposite lateral sides thereof and defining therebetween an acute angle, and mounting flange backwardly extended from a rear side thereof and adjustably fastened to said smoothly arched mounting slot of said hopper body with screw bolts and nuts. 6. The coin hopper as claimed in claim 1, wherein said hopper further comprises a stopper member disposed at a bottom side relative to said coin outlet, said stopper member comprising a beveled guide face sloping downwardly outwardly from a top side thereof toward said rotating disk, and a spring-loaded coin ejection mechanism pivotally disposed at a top side relative to said coin outlet and opposite to said stopper member for ejecting said thick coins and said thin coins out of said coin outlet. 7. The coin hopper as claimed in claim 6, wherein said rotating disk comprises coin-pushing units located on a front side thereof and arranged around a circle, each said coin-pushing unit comprising a plurality of smoothly arched ribs equally spaced from one another in direction away from the center of said rotating disk in a parallel manner, a smoothly arched groove defined between each two adjacent said smoothly arched ribs, and a push block located at one end of each said smoothly arched rib; said stopper member of said hopper further comprises a plurality of stop blocks located on a back side thereof and respectively inserted into the smoothly arched grooves of one said coin-pushing unit of said rotating disk. 8. The coin hopper as claimed in claim 6, wherein said hopper further comprises a recessed portion corresponding to said coin outlet and adapted for receiving one end of said spring-loaded coin ejection mechanism and guiding pivot motion of said spring-loaded coin ejection mechanism. 9. The coin hopper as claimed in claim 1, wherein said base member of said coin-delivering presser further comprises a stop flange extending around one end of said accommodation hole for stopping said float in said accommodation hole, and a locating groove extending around an opposite end of said accommodation hole; said cover member of said coin-delivering presserfurther comprises an inside tube facing toward said base member, said inside tube comprising an axially extending tube hole and an annular locating flange located at a distal end thereof around said axial extending tube hole and positioned in said locating groove of said base member; said elastic member has one end thereof inserted into said axially extending tube hole of said inside tube and an opposite end thereof stopped against said float. 10. The coin hopper as claimed in claim 1, wherein said base member of said coin-delivering presserfurther comprises a plurality of hook blocks spaced around the border thereof; said cover member of said coindelivering presser further comprises a plurality of hook holes spaced around the periphery thereof and respectively engaged with said hook blocks of said base member.

Patentansprüche 1. Münzenmagazin zum Ausgeben von Münzen, umfassend: eine Münzausgabeeinheit (1), die ein Magazin (11) umfasst, wobei das Magazin (11 ) einen Magazinkörper (111) und einen Münzenauslass (110) umfasst, wobei der Magazinkörper (111) darin eine Unterbringungskammer (10) zum Halten von vorgegebenen dicken Münzen (3) und dünnen Münzen (4), eine Drehscheibe (12), diedem Münzenauslass (110) benachbart drehbar im Magazin (11) angebracht ist, und einen Kraftantrieb (13) definiert, der zum Drehen der Drehscheibe (12) zum Zuführen der dicken Münzen (3) und der dünnen Münzen (4) zum Münzenauslass (110) geeignet ist; und gekennzeichnet durch eine Münzzufuhrpressvorrichtung (2), die dem Münzenauslass (10) benachbart im Magazinkörper (111) des Magazins (11 ) angebracht ist, wobei die Münzzufuhrpressvorrichtung (2) ein Basisglied (21), ein Abdeckglied (22), das auf dem Basisglied (21) abgedeckt ist, wobei das Basisglied (21) darin eine Aufnahmekammer (20) und ein Unterbringungsloch (211) definiert, das in Verbindung mit der Aufnahmekammer (20) und der Atmosphäre steht und der Drehscheibe (12) zugekehrt ist, ein elastisches Glied (24), das in der Aufnahmekammer angebracht ist, und einen Schwimmkörper (23) umfasst, der auf dem elastischen Glied (24) gestützt ist und teilweise aus dem Unterbringungsloch (211) zum Pressen auf eine individuelle dicke Münze (3) oder dünne Münze (4) in der Drehscheibe (12) vorsteht, wobei der Schwimmkörper (23) in das und aus dem Unterbringungsloch (211) zwischen einer ausgefahrenen Position und einer aufgenommenen Position zum Einstellen des Spalts zwischen dem Basisglied (21) und der Drehscheibe (12) beweglich ist, um zu ermöglichen, dass die dicken Münzen (3) und die dünnen Münzen (4) individuell den Spalt zwischen dem Basisglied (21) und der Drehscheibe (12) durchlaufen. 2. Münzenmagazin nach Anspruch 1, wobei der Magazinkörper eine rückwärtige Öffnung umfasst, die in Verbindung mit der Unterbringungskammer angeordnet ist; wobei das Magazin ferner eine Stützbasis umfasst, die den Magazinkörper stützt; wobei die Drehscheibe drehbar auf der Stützbasis in der rückwärtigen Öffnung des Magazinkörpers gestützt ist; wobei der Kraftantrieb einen Motor, der in einer Rückseite der Stützbasis des Magazins angebracht ist, und einen Getriebemechanismus umfasst, der in der Rückseite der Stützbasis des Magazins angebracht und an den Motor gekuppelt ist, wobei der Getriebemechanismus eine Abtriebswelle umfasst, die durch die Stützbasis verläuft und an die Drehscheibe gekuppelt ist und durch den Motor zum Drehen der Drehscheibe bezüglich des Magazins drehbar ist. 3. Münzenmagazin nach Anspruch 2, wobei der Münzenauslass zwischen dem Magazinkörper und der Stützbasis definiert ist. 4. Münzenmagazin nach Anspruch 2, wobei das Magazin ferner eine rückwärtige Abdeckung aufweist, die auf der Rückseite der Stützbasis abgedeckt ist und darin eine Aufnahmekammer definiert; wobei die Münzzufuhrpressvorrichtung ferner ein Sensormodul, das dem Münzenauslass benachbart in der Stützbasis des Magazins angebracht ist, und ein Schaltkreismodul umfasst, das in der Aufnahmekammer innerhalb der rückwärtigen Abdeckung des Magazins angebracht ist und elektrisch mit dem Kraftantrieb und dem Sensormodul zum Steuern des Kraftantriebs zum Drehen der Drehscheibe und des Sensormoduls zur Erkennen des Werts und der Echtheitderdicken Münzen undderdünnen Münzen verbunden ist. 5. Münzenmagazin nach Anspruch 2, wobei der Magazinkörper ferner einen gleichmäßig bogenförmigen Montageschlitz umfasst, der entlang eines Oberteils der rückwärtigen Öffnung verläuft; wobei das Abdeckglied der Münzzufuhrpressvorrichtung eine erste abgeschrägte Wand und eine zweite abgeschrägte Wand, die an zwei gegenüberliegenden Lateralseiten davon angeordnet sind und dazwischen einen spitzen Winkel definieren, und einen Montageflansch umfasst, der von einer Rückseite nach hinten verläuft und einstellbar am gleichmäßig bogenförmigen Montageschlitzdes Magazinkörpers mit Schraubbolzen und Muttern befestigt ist. 6. Münzenmagazin nach Anspruch 1, wobei das Magazin ferner ein Anschlagglied, das an einer Bodenseite bezüglich des Münzenauslasses angeordnet ist, wobei das Anschlagglied eine abgeschrägte Führungsfläche umfasst, die von einerOberseiteda-von abwärts nach außen zur Drehscheibe hin geneigt ist, und einen federbelasteten Münzauswurf-mechanismus umfasst, der schwenkbar an einer Oberseite bezüglich des Münzenauslasses und gegenüber dem Anschlagglied zum Auswerfen der di cken Münzen und der dünnen Münzen aus dem Münzenauslass angeordnet ist. 7. Münzenmagazin nach Anspruch 6, wobei die Drehscheibe Münzschubeinheiten, die sich auf einer Vorderseite davon befinden und um einen Kreis herum angeordnet sind, wobei jede Münzschubeinheit mehrere gleichmäßig bogenförmige Rippen umfasst, die gleich zueinander in einer Richtung weg von der Mitte der Drehscheibe parallel beabstandet sind, eine gleichmäßig bogenförmige Nut, die zwischen jeden zwei benachbarten dergleichmäßig bogenförmigen Rippen definiert ist, und einen Schubblock umfasst, der sich an einem Ende von jeder der gleichmäßig bogenförmigen Rippen befindet; wobei das Anschlagglied des Magazins ferner mehrere Anschlagblöcke umfasst, die sich auf einer Rückseite davon befinden und jeweils in die gleichmäßig bogenförmigen Nuten von einer der Münzschubeinheiten der Drehscheibe eingeführt sind. 8. Münzenmagazin nach Anspruch 6, wobei das Magazin ferner einen Aussparungsabschnitt umfasst, der dem Münzenauslass entspricht und zum Aufnehmen von einem Ende des federbelasteten Münz-auswurfmechanismus und Führen einer Schwenkbewegung des federbelasteten Münzauswurfme-chanismus geeignet ist. 9. Münzenmagazin nach Anspruch 1, wobei das Basisglied der Münzzufuhrpressvorrichtung ferner einen Anschlagflansch, der um ein Ende des Unterbringungslochs zum Anhalten des Schwimmkörpers im Unterbringungsloch verläuft, und eine Fixiernut umfasst, die um ein gegenüberliegendes Ende des Unterbringungslochs verläuft; wobei das Abdeckglied der Münzzufuhrpressvorrichtung ferner ein Innenseitenrohr umfasst, das dem Basisglied zugekehrt ist, wobei das Innenseitenrohrein axial verlaufendes Rohrloch und einen ringförmigen Fixierflansch umfasst, der an einem distalen Ende davon um das axial verlaufende Rohrloch herum angeordnet ist und in der Fixiernut des Basisglieds positioniert ist; wobei das elastische Glied ein Ende davon in das axial verlaufende Rohrloch des Innenseitenrohrs eingeführt aufweist und ein gegenüberliegendes Ende davon an den Schwimmkörper anschlägt. 10. Münzenmagazin nach Anspruch 1, wobei das Basisglied der Münzzufuhrpressvorrichtung ferner mehrere Flakenblöcke aufweist, die um die Abgrenzung davon beabstandet sind; wobei das Abdeckglied der Münzzufuhrvorrichtung ferner mehrere Flakenlöcher aufweist, die um den Umfang davon beabstandet sind und jeweils mit den Flakenblöcken des Basisglieds in Eingriff stehen.

Revendications 1. Trémie à pièces de monnaie pourdistribuerdes pièces de monnaie, comprenant : une unité de distribution de pièces de monnaie (1) comprenant une trémie (11), ladite trémie (11 ) comprenant un corps de trémie (111 ) et une sortie de pièces de monnaie (110), ledit corps de trémie (111) définissant à l’intérieur de celui-ci une chambre d’adaptation (10) pour contenir des pièces de monnaie épaisses (3) et des pièces de monnaie minces (4) prédéterminées, un disque rotatif (12) monté de manière rotative dans ladite trémie (11) adjacente à ladite sortie de pièces de monnaie (110), et une commande par moteur (13) adaptée pour faire tourner ledit disque rotatif (12) pour délivrer lesdites pièces de monnaie épaisses (3) et lesdites pièces de monnaie minces (4) vers ladite sortie de pièces de monnaie (110) ; et caractérisée par un presseur de distribution de pièces de monnaie (2) monté dans ledit corps de trémie (111) de ladite trémie (11 ) adjacente à ladite sortie de pièces de monnaie (110), ledit presseur de distribution de pièces de monnaie (2) comprenant un élément de base (21), un élément de couverture (22) recouvrant ledit élément de base (21), ledit élément de base (21) définissant à l’intérieur de celui-ci une chambre de réception (20) et un trou d’adaptation (211) en communication avec ladite chambre de réception (20) et l’atmosphère et faisant face audit disque rotatif (12), un élément élastique (24) monté dans ladite chambre de réception et un flotteur (23) supporté sur ledit élément élastique (24) et se projetant partiellement hors dudit trou d’adaptation (211) pour presser sur une pièce de monnaie individuelle desdites pièces de monnaie épaisses (3) ou desdites pièces de monnaie minces (4)dans leditdisquerotatif(12), led it flotteur (23) pouvantse déplacer dans ledittrou d’adaptation (211 ), et hors de celui-ci, entre une position d’extension et une position de réception pour ajuster l’espace entre ledit élément de base (21 ) et ledit disque rotatif (12) pour permettre auxdites pièces de monnaie épaisses (3) et auxdites pièces de monnaie minces (4) de passer individuellement à travers l’espace entre ledit élément de base (21) et ledit disque rotatif (12). 2. Trémie à pièces de monnaie telle que revendiquée par la revendication 1, dans laquelle ledit corps de trémie comprend une ouverture arrière disposée en communication avec ladite chambre d’adaptation ; ladite trémie comprenant en outre une base de support qui supporte ledit corps de trémie ; ledit disque rotatif étant supporté de manière rotative sur ladite base de support dans ladite ouverture arrière dudit corps de trémie ; ladite commande par moteur comprenant un moteur monté d’un côté arrière de ladite base de support de ladite trémie, et un mécanisme de transmission monté du côté arrière de ladite base de support de ladite trémie et couplé audit moteur, ledit mécanisme de transmission comprenant un arbre de sortie s’étendant à travers ladite base de support et couplé audit disque rotatif et de manière rotative grâce audit moteur pour faire tourner ledit disque rotatif par rapport à ladite trémie. 3. Trémie à pièces de monnaie telle que revendiquée par la revendication 2, dans laquelle ladite sortie de pièces de monnaie est définie entre ledit corps de trémie et ladite base de support. 4. Trémie à pièces de monnaie telle que revendiquée par la revendication 2, dans laquelle ladite trémie comprend en outre un couvercle arrière recouvrant le côté arrière de ladite base de support et définissant à l’intérieur de celui-ci une chambre de réception ; ledit presseur de distribution de pièces de monnaie comprenant en outre un module de détection monté dans ladite base de support de ladite trémie adjacente à ladite sortie de pièces de monnaie, et un module de circuit monté dans la chambre de réception à l’intérieur dudit couvercle arrière de ladite trémie et connecté électriquement à ladite commande par moteur et audit module de détection pour contrôler ladite commande par moteur afin de faire tourner ledit disque rotatif et ledit module de détection afin de détecter la valeur et l’authenticité desdites pièces de monnaie épaisses et desdites pièces de monnaie minces. 5. Trémie à pièces de monnaie telle que revendiquée par la revendication 2, dans laquelle ledit corps de trémie comprend en outre une fente de montage légèrement arquée s’étendant le long d’une partie supérieure de ladite ouverture arrière ; ledit élément de couverture dudit presseur de distribution de pièces de monnaie comprenant une première cloison en biais et une seconde cloison en biais disposées de deux côtés latéraux opposés de celui-ci et définissant entre elles un angle aigu, et une bride de montage s’étendant vers l’arrière à partir d’un côté arrière de celui-ci et fixée de manière ajustable à ladite fente légèrement arquée dudit corps de trémie avec des boulons filetés et des écrous. 6. Trémie à pièces de monnaie telle que revendiquée par la revendication 1, dans laquelle ladite trémie comprend en outre un élément d’arrêt disposé d’un côté du bas par rapport à ladite sortie de pièces de monnaie, ledit élément d’arrêt comprenant une face deguidage biseautées’inclinantvers le basvers l’extérieur à partir d’un côté du haut de celle-ci vers ledit disque rotatif, et un mécanisme d’éjection de pièces de monnaie actionné par ressort, disposé de manière pivotante d’un côté du haut par rapport à ladite sortie de pièces de monnaie et en opposition audit élément d’arrêt pour éjecter lesdites pièces de monnaie épaisses et lesdites pièces de monnaie minces par ladite sortie de pièces de monnaie. 7. Trémie à pièces de monnaie telle que revendiquée par la revendication 6, dans laquelle ledit disque rotatif comprend des unités de poussée des pièces de monnaie situées d’un côté avant de celui-ci et disposées autour d’un cercle, chacune desdites unités de poussée des pièces de monnaie comprenant une pluralité de nervures légèrement arquées espacées de manière égale les unes des autres dans une direction en éloignement du centre dudit disque rotatif d’une manière parallèle, une rainure légèrement arquée définie entre chacune desdites deux nervures légèrement arquées adjacentes, et un bloc-poussoir situé à une extrémité de chacune desdites nervures légèrement arquées ; ledit élément d’arrêt de ladite trémie comprenant en outre une pluralité de blocs d’arrêt situés d’un côté arrière de celui-ci et respectivement insérés dans les rainures légèrement arquées d’une desdites unités de poussée de pièces de monnaie dudit disque rotatif. 8. Trémie à pièces de monnaie telle que revendiquée par la revendication 6, dans laquelle ladite trémie comprend en outre une partie creuse correspondant à ladite sortie de pièces de monnaie et adaptée pour recevoir une extrémité dudit mécanisme d’éjection de pièces de monnaie actionné par ressort et guider un mouvement de pivotement dudit mécanisme d’éjection de pièces de monnaie actionné par ressort. 9. Trémie à pièces de monnaie telle que revendiquée par la revendication 1, dans laquelle ledit élément de base dudit presseur de distribution de pièces de monnaie comprend en outre une bride d’arrêt s’étendant autour d’une extrémité dudit trou d’adaptation pour arrêter led it flotteur dans ledit trou d’adaptation, et une rainure de positionnement s’étendant autour d’une extrémité opposée dudit trou d’adaptation ; ledit élément de couverture dudit presseur de distribution de pièces de monnaie comprenant en outre un tube intérieur faisant face audit élément de base, ledit tube intérieur comprenant un trou de tube s’étendant axialement et une bride de positionnement annulaire située à une extrémité distale de celui-ci autour dudit trou de tube s’étendant axialement et positionnée dans ladite rainure de positionnement duditélémentde base ; ledit élément élastique ayant une des extrémités de celui-ci insérée dans ledit trou de tube s’étendant axialement dudit tube intérieur, et une extrémité opposée de celui-ci butant contre ledit flotteur. 10. Trémie à pièces de monnaie telle que revendiquée par la revendication 1, dans laquelle ledit élément de base dudit presseur de distribution de pièces de monnaie comprend en outre une pluralité de blocs à tenons espacés autour du bord de celui-ci ; ledit élément de couverture dudit presseur de distribution de pièces de monnaie comprenant en outre une pluralité de trous pour tenons espacés autour de la périphérique de celui-ci et respectivement en prise avec lesdits blocs à tenons dudit élément de base.

REFERENCES CITED IN THE DESCRIPTION

This list of references cited by the applicant is for the reader’s convenience only. It does not form part of the European patent document. Even though great care has been taken in compiling the references, errors or omissions cannot be excluded and the EPO disclaims all liability in this regard.

Patent documents cited in the description • EP 1998293 A [0006] · WO 2005038730 A [0008] • US 5167571 A [0007] · EP 2410495 A [0009]

Claims (6)

ÉRMi--TÁROLÓ LRMV.TOVÁBÖÍTÓ NYOMÔSZKRKKZHTTEL SZABADALMI IGÉNYPONTOKEMERGENCY - STORAGE RETRIEVED PRESS RELEASE 1. Emié- tároló érmek adagolására, amely tároló magában foglal: egy émieadagoló egységei (!}. amely magában foglal egy tárolót ( 11), amely tároló (II) magában foglal egy tárolólesíet (111) és egy érmekiadó nyílást (110). amely ráro lótest (III) belül égy tartó kamrát (10) hatás)! előre meghatározött vastag érmék (3) és vékony érmék (4) számára, egy, a tárolóban (11) fergatlmioan szerelt forgötáresát (12) m éríríekíádó nyílás (110) melleit, valamint gépi hajtást (13) a forgótáresa (12) forgatására kialakítva a vastag ennék (3) és a vékony énnek (4) továbbítása céljából az érmekiadó nyíláshoz (1 ICo: azzal jellemezve,, hogy az érmekMó nyílás (110).mellett©gy érmetovábbíió nyomószerkezet {2} vas; a.tartály (11) tarfálytestében (1! 1} van szereivé, amely étraelovábbító nyornószerkezet (2) magában foglal egy alapelemet (21), egy, az alapelemre (21) borított borítóelemei (22), amely alapelem (2'1) belül egy befogadó kamrát (20) és egy tartó lyukat (21Π Italáról, amely lyuk összeköttetésben van a fogadó kamrával (2Ö) és a külső környezetiek, és a forgóiárcsa. (12) felé néz, egy rugalmas elemet (24) a befogadó kamrában szerelve és egy úszót (23). amely a rugalmas elemen (24) nyugszik, és amely részben, kiemelkedik a tartó lyukból (211), hogy mepyomjöít egyetlen vastag érmét (3) vagy vékony érmét (4) a forgótáresában (12), amely ószó (23) ki-be mozgatható a tanó lyukban (211} egy kiterjedt helyzet és egy befogadott helyzet között az alapelem (21) és a forgótárcsa (12) közötti rés állítása céljából annak érdekében, hogy a vastag érmek (3) és a vékony érmék (4) az alapelem (21 ) és a hu soar vsa (12) közötti résen egyenként tudjanak áthaladni,A dispenser for dispensing coin containers comprising: a stacking unit (!) Comprising a container (11) comprising a storage slot (111) and a coin dispensing opening (110). (10) effect inside the body (III)! a predetermined thick coin (3) and thin coin (4), the breasts (11) of a folding (12) m (11) mounted in the container (11), and a machine drive (13) for rotating the rotary blade (12); thick (3) and thick (4) for transferring the thin self (4) to the coin opening (1 ICo characterized in that the coin is a slot (110). coin transfer press {2} iron; (1! 1) comprising a feed element (21) comprising a base element (21), a cover element (22) covered with a base member (21), comprising a receiving chamber (20) within the base member (2'1) and a holding hole (21Π from the beverage which is in communication with the receiving chamber (2Ö) and the outer environment and facing the rotary disc (12)), having an elastic member (24) mounted in the receiving chamber and a float (23). on Elastic Elements (24) rests, and in part, protrudes from the holder hole (211) to mimic a single thick coin (3) or thin coin (4) in its rotary arm (12) which moves the yoke (23) in and out of the teach hole (211). between an extended position and a received position for adjusting the gap between the base element (21) and the rotating disc (12) so that the thick medals (3) and the thin coins (4) are the base element (21) and the hu soar vsa ( 12) can pass through the gap between 2. Az 1, igénypont szerinti érme-tartály, amelyben a tartálytest magában foglal egy, a tarló kamrával összeköttetésben elhelyezett hátsó nyílást; amely tartály magában foglal továbbá egy. a tartály-testet tartó tartóállványt; amely forgótárcsa forgat hatóan van tartva a tartóéi Kanyon a tartálytest hátsó nyílásában; amely gépi hajtás magában foglal egy motort .a tartály tartóállványának hátoldalában: szerelve és egy átviteli mechanizmust a, tartály tartóállványának hátoldalában szerelve és: a motorhoz kapcsolva, amely átviteli mechanizmus magában foglal egy, a tartóállványon át kiterjedő és a forgóié rcsához a motor által forgathatók kapcsolt· klmenötengelyi a idrgöiáresának a tartályhoz viszonyít#«: forgatása céljából.The coin container according to claim 1, wherein the container body comprises a rear opening arranged in communication with the stubble chamber; which container further comprises one. a container carrier holding the container body; which rotating disc is rotatably held in the cannons of its holders in the rear opening of the container body; which drive includes a motor at the rear of the container carrier: mounted and a transmission mechanism mounted on the back of the container carrier and coupled to the motor, which includes a transmission mechanism extending over the support frame and rotated by the motor for the rotor. · Crankshaft for rotation of the vessel's relative to the tank. 3. À. 2- igénypont szerinti érme-tartály» amelyben 0¾ érmekiádő nyílás a tartály test ás a tartóállvány között vm határaivá.3. À. Coin container according to claim 2, in which the coin-stacking opening is the boundary between the container body and the support rack vm. 4. A 2. igénypont szerinti érme-tartály, amelyben a tartály magában foglal továbbá egy, a tartóállvány hátoldalára, 'bontott hátsó boritól, amely belül egy befogadó karórát határol; amely értmetovábbító nyomószerkezet magában foglal továbbá egy érzékelő moduli amely a. tartály tartóállványában van szerelve áz érmekiadó nyílás mellett, és egy áramköri modult amely a befogadó kamrában, van szerelve a tartály hátsó borítójának belsejében, és amely villamosán csatlakoztatva van a gépi hajtással és az érzékelő modullal a gépi hajtás vezérlésére a íbrgótárcsa és az érzékeié modul forgatása céljából a vastag érmék és a vékony érmék értékének és valódiságának folismerése végett.The coin container according to claim 2, wherein the container further comprises a rear wine, demolished on the back of the support rack, defining a receiving watch inside; further comprising a sensor module comprising: a. is mounted in a container support rack beside a gas coin opening and a circuit module in the receiving chamber is mounted inside the rear cover of the container and is electrically connected to the machine drive and the sensor module to control the machine drive to rotate the drive disc and the sensor module to appreciate the value and authenticity of thick coins and thin coins. 5. A 2, igénypont szerinti érme-tartály, amelyben a tartálytest magában foglal: továbbá egy egyenletesen Ívelt szerelőrést, amely a hatsó nyílás felső része mentén terjed ki; az érmeimáhbító nyomószcrkezet borítóeleme magában foglal kei, szemközti oldalsó oldalánál elhelyezve egy első rézsútos falat és egy második rézsútos falat, amelyek hegyes szögei zárnak he, valamint egy, a hátiiiső oldalától: hátrafelé kiterjedő szere lóperemet, amely a. tartály egyenletesen iveit szerelöréséhez csavarokkal és csavaranyálckal állűhatoan van rögzítve.The coin container according to claim 2, wherein the container body comprises: an evenly curved mounting slot extending along the upper portion of the retention opening; the coin-crushing press body cover element includes, on its opposite side side, a first sloped wall and a second sloping wall, with their pointed angles locked therein, and a rearwardly extending flange from the back side, a. the container is fixed evenly with screws and a screwdriver for breaking. 6. Λζ I. Igénypont szerinti érme-tartály. amelyben a tartály magában foglal továbbá egy, az énmddudó nvíláshoz képest alsó oldalon elhelyezett üiközőelemet, amely ütközőelem magában foglal egy, a felső oldalától lefelé és kifelé a förgóíáresa félé lejtő, rézsútos vezetöteíuléieí és egy rugós terhelésű émiekilökö szerkezetet, amely elfördithatean van elhelyezve egy, az érmekiádő nyíláshoz képest fölső oldalon és az dtközŐeiemmel szemközt, a vastag érméknek és a. vékony érméknek az érmekiadó nyíláson való kilökésére. Î. Á ő. igénypora szerinti érme-tartály, amelyben a Íbrgótárcsa magában fogúd az elülső oldalán elhelyezve és körben elrendezve érmetoló egységeket, amely érmetoló egységek mindegyike több, egymástól ügyeidé távolságban, a förgóíáresa középpontjától elfelé mutató irányban párhuzamos módon elhelyezett, egyenletesen iveit hordát foglal magában- és egy egyenletesen ívelt horony van határolva minden két szomszédos egyenletesen ívelt borda között, valamint minden egyenletesen íveli borda egyik végén elhelyezve egy toló peckel; a tartály űíkőzoeleme magában foglal továbbá a hátoldalán elhelyezve és a forgótáresa érmetoló egységeinek egy-egy egyenletesen ívelt hornyába illesztve több megállító peckel. 8. A 6> igénypont szerinti érme-tartály, amelyben a tartály magában foglal továbbá egy, az énnekiadó nyílásnak megfelelő, hhnéfyuetí reszt, amely a rugós terhelésű érmekiíökö szerkezet egyik végének befogadására és a rugós terhelésű: érniekilökő szerkezet elferdülő mozgásának vezetésére van kialakítva, Ő. Az 1. igénypont szerinti érme-tartály, amelyben az érmetovúbintó nyomószerkezet alapeleme magában foglal továbbá egy, a tartó lyuk egyik vége körül kiterjedő megállító peremet az úszónak a tartó lyukban való megállítása céljából, és egy, a tartó lyuk ellenkező vége körűi kiterjedő elhelyező hornyot; az érmetovábbiíó: nyomószerkezet boritódeme magában foglal továbbá egy, az alapelem felé néző belső csövet amely belső cső magában foglal eg>! tengeiyírányban kiterjedő csőnyílást és egy, annak a távolabbi végén, a tengelyirányban kiterjedő csőnyílás körül elhelyezett és az alapelem elhelyező hornyában pozícionált gsürü alakú elhelyező peremet; a rugalmas elem egyik vége be van illesztve a belső eső tengely mim· ban kiterjedő csőnyílásába, az dkmkézö vége pedig nekitámaszkodik az úszónak, l§, Âz 1, igénypont szerinti érme-tartály, amelyben az crmetovábbító nyomószerkezet alapeleme magában foglal továbbá több, a szegélye körül egymástól bizonyos távolságra elhelyezkedő beakasztó peckel; az énnetováHhhő styomőszerkezet borítőelemo magában foglal továbbá több, a kerülete körül egymástól bizonyos- távolságra elhelyezkedő és az alapelem beakasztó peckeh él egyenként összekapcsolódó beakasztó lyukat.6. Λζ Coin container according to claim I. wherein the container further comprises a pendulum element disposed on the lower side relative to the self-tapping slit, comprising a sloping guide strip sloping downwardly and outwardly from the top of the runner, and a spring loaded plunger structure which is disposed on a slope. with the coin slot opening on the top side and with the dipper, opposite the thick coins and the. to throw thin coins at the coin slot. Î. He's. a coin container according to the invention, wherein the engraving disc comprises a tooth placed on its front side and arranged in a circular manner, each of which coaxial units comprises a plurality of spacers spaced apart from each other in a direction parallel to the center of the groove, and evenly spaced apart. the curved groove is delimited between each of the adjacent evenly curved ribs, and each is curved evenly at one end of the rib by a pushing pin; furthermore, the reservoir element comprises a plurality of stop pegs disposed on its rear side and inserted into a uniformly curved groove of the rotary arterial units. The coin container according to claim 6, wherein the container further comprises a hhné refill corresponding to the ejection opening which is adapted to receive one end of the coin-loaded coin structure and is guided by a spring-loaded runner: . The coin container according to claim 1, wherein the base member of the coin-engaging compression device further comprises a stop rim extending about one end of the holder hole to stop the float in the holder hole and a positioning groove extending about the opposite end of the holder hole; the coil of the coin: the compression barrel of the compression device further comprises an inner tube facing the base member including an inner tube. a shaft opening extending in the axial direction and a gyroscopic placement flange disposed at its distal end about an axially extending pipe opening and positioned in the groove of the base member; one end of the elastic member is inserted into the tube opening of the inner rain shaft in the mim, and the end of the dkm molding is supported by the coin container according to claim 1, wherein the base element of the crimping conveyor further comprises a plurality of edges. a clamping peg at a distance from each other; furthermore, the heat sealing element includes a plurality of spacers spaced apart from each other and the peckeh of the base member engages an engaging hook.