OBJECT OF THE INVENTION
[0001] Coin-recycling device that can be fitted to an automatic and self-service teller
machine designed to facilitate deposit of coins and their return in processes taking
place at self-service machines and at Banking Institution ATM posts.
FIELD OF THE INVENTION
[0002] The field of the invention refers to the industrial sector involved in the manufacture
of numeric machines and devices aiding the coin handling industry.
BACKGROUND OF THE INVENTION
[0003] Until now, coin recycling in self-service machines handling 1000 or more coins has
involved bulky solutions which meant that terminals had to be very large.
[0004] Such solutions cannot, because of their large size and high cost, apply to Bank and
Savings Bank Cash facilities.
[0005] Similarly, devices known until now incorporated five or more internal denomination
selectors (coin size), meaning that the apparatus were extremely large and their design
complex.
[0006] The larger the number of denominations, the larger and more complex the machine had
to be.
[0007] For both self-service machines and at the cash posts of any banking entity or service
company, complex, large-scale solutions are unviable at this time.
[0008] Antecedents worthy of mention include
US patent No. 6,128,402 promoting an automatic legal coin processing system, specifically comprising an ATM
with a variety of modules including one to reclassify and count coins, and coin dispensing
modules.
[0009] This is clearly far removed from what is advanced in this patent.
[0010] Another antecedent may be
US patent No. 4,733,765 disclosing a machine for handling banknotes and coins where the configuration of
the coin and banknote transporters and classifiers is linked to a single cash receiver
for receipt of both coins and banknotes through an opening, and which is highly complex,
with more than ten motors of a variety of characteristics.
[0011] Also highly different from the invention applied for.
[0012] The design advocated in this invention makes it possible to handle multiple denominations
(8 or more) numbering more than 1000, of a volume which is more than 50% less than
what is familiar, and whose ergonomics are adequate for both self-service machines
and for the cash posts referred to.
[0013] Both make it possible to operate sequentially from two separate working points.
[0014] The inventor is unaware of anything previous which incorporates the arrangements
in this invention or of the benefits inherent to such arrangement.
DESCRIPTION OF THE INVENTION
[0015] The invention proposed refers to an Apparatus to recycle coins and which is adaptable
to automatic cash and self-service machines characterised by comprising a single recipient,
a general deposit, where all the coins for recycling are mixed and those to be dispensed
are selected from all those stored, their denomination identified while they are being
prepared to be dispensed.
[0016] This invention is configured as an approximately cuboid container housing the following
elements:
[0017] A general coin container deposit where coins received are stored, the bottom of which
is constituted by a conveyor belt driven by a suitable motor and whose mission is
to feed the coins, in controlled form, to a lifting belt which is operated by a separate
motor, assisted in its function by a circulating cylinder and by a return cylinder.
[0018] Said lifting belt has projections enabling the coins to move almost vertically, and
assisted with a coin holder groove and a diverter for second coins.
[0019] The lifting belt moves coins deposited by a client to the circulating ramp where,
now separated, they move in sequence through a sensor and then in front of a diverter
solenoid which delivers the coins recognised to a temporary deposit.
[0020] Coins not recognised continue to move toward the rejects window from where they are
returned to the equipment user, along the rejects channel, to the delivery tray.
[0021] The various sequences and command of the elements activating the various mechanisms
are coordinated with the electronic control card.
[0022] The apparatus has two main functions, as coin deposit and coin dispenser.
[0023] The feature of the operation of the apparatus as coin deposit is that the coins it
is wished to deposit are delivered directly to the feed tray from where the lifting
belt takes them up to the circulating ramp and, on running through the distribution
solenoid, they are selected by a sensor if genuine and deviated to a temporary deposit
where they remain until the user approves their deposit, at which point they move
to the general deposit where they are held until a new operation takes place.
[0024] Coins not selected are rejected through the rejects gate and the discharge outlet
duct, into the delivery tray where the user client collects them.
[0025] Should a client not wish to accept the deposit operation, it is cancelled and the
coins are moved from the temporary deposit to the collection tray.
[0026] If the apparatus is used for its coin dispensing function, the operation takes the
following form:
[0027] On a request for coin delivery, the order is processed by the electronic control
card (starting the coin supply belt which places them on the lifting belt which in
turn places them in sequence on the distribution ramp where the sensor sends the related
signals to the electronic card which operates the diverter solenoid accordingly, selecting
the coins corresponding to the amount, or to a selection preset by the operator from
their work station by computer connection (the Ethernet Network, series bus, USB or
other means of data transmission such as IR, Bluetooth...etc.), and the coins selected
are placed in the temporary deposit where they remain until all the coins ordered
have been selected.
[0028] Coins not selected are returned during the process to the general deposit. On completion
of the selection of coins sought by the operator's computer system or, if applicable,
from the self-service equipment control (for example to return change), they are dispensed
to the delivery tray and the operation is completed.
[0029] For use in bank branches, the device can be connected to the computer terminals of
two operators and used sequentially by both. In this case, there is an accessory which
allows the delivery tray to be duplicated on both sides of the equipment using a conveyor
belt which transports the coins to the delivery tray concerned.
[0030] Independently of the two main functions for depositing and dispensing coins, the
coin sensor element may, optionally, not simply check the authenticity of the coins
for selection, but also their state of use according to parameters established by
the monetary authorities.
DESCRIPTION OF THE DRAWINGS.
[0031] For a better understanding of the invention, five pages of plans are attached where
the following may be distinguished:
FIGURE 1.- A left side rear view of the apparatus.
FIGURE 2.- A right side rear view of the apparatus.
FIGURE 3.- A left rear view of the apparatus.
FIGURE 4.- A right rear view of the apparatus.
FIGURE 5.- A perspective detail of the coin lifting belt.
[0032] And in those figures, a single reference is used to denote identical elements, among
which the following can be distinguished:
(1).- the container
(2).- the temporary coin deposit
(3).- the coin sensor
(4).- a solenoid activating the rejects gate
(5).- the rejects gate
(6).- the rejects channel
(7).- the motor driving the coin feed belt
(8).- the coin feed belt
(9).- the coin-lifting belt with projections (17)
(10). the coin distribution solenoid
(11). the coin movement ramp
(12). the motor driving the coin lifting belt
(13). the temporary deposit enclosure
(14). the second coin diverter
(15). the return ramp
(16). a groove to move coins to the control ramp
(17). projections on the coin lifting belt (9)
(18). the lifting belt circulating cylinder
(19). a channel to return coins to the temporary deposit
(20). the lifting belt return circulation cylinder (9).
(21). the general deposit
(22). the electronic control card
(23). the delivery tray
A PREFERENTIAL EMBODIMENT OF THE INVENTION
[0033] This invention is configured as an approximately cuboid container (1) housing the
following elements:
[0034] A general deposit containing coins (24) storing the coins received, the bottom of
which comprises a conveyor belt (8) driven by a motor (7) and whose mission is to
feed coins in a controlled way to a lifting belt (9) driven by a motor (12) and aided
in its operation by a circulating cylinder(18) and by a return cylinder (20).
[0035] There are projections (17) on the lifting belt (9) to allow the coins to be moved
almost vertically, assisted by a return ramp groove (15) and a diverter for second
coins (14).
[0036] The lifting belt (9) moves the coins to the circulating ramp (11) where, now separated,
they move sequentially through the sensor (21) and then in front of the diverter solenoid
(4) which sends the coins recognised to the temporary deposit (2).
[0037] Coins not recognised move on toward the rejects window (5) from where they are returned,
along the rejects channel (6) to the equipment user, on the delivery tray (23).
[0038] The various sequences and command of the components activating the various mechanisms
are coordinated with the electronic control card (22).
[0039] The apparatus has two main functions, as coin deposit and coin dispenser.
[0040] The feature of the operation of the apparatus as coin deposit is that the coins it
is wished to deposit are delivered directly to the feed tray (8) from where the lifting
belt (9) takes them up to the circulating ramp (11) and, on running through the distribution
solenoid (21), they are selected by the sensor (3) if genuine and diverted to the
temporary deposit (2) where they remain until the user approves their deposit, at
which point they move to the general deposit (24) where they are held until the next
operation takes place.
[0041] Coins not selected are rejected through the rejects gate (5) and the discharge outlet
duct, into the delivery tray (23) where the user client collects them.
[0042] Should a client not wish to accept the deposit operation, it is cancelled and the
coins are moved from the temporary deposit (2) to the collection tray (23).
[0043] If the apparatus is used for its coin dispensing function, the operation takes the
following form:
[0044] On a request for coin delivery, the order is processed by the electronic control
card (22) starting the coin supply belt (8) which places them on the lifting belt
(17) which in turn places them in sequence on the distribution ramp from where the
sensor (3) sends the related signals to the electronic card (12) which operates the
diverter solenoid (21) accordingly, selecting the coins corresponding to a selection
preset by the operator from their work station by computer connection (the Ethernet
Network, series bus, USB or other means of data transmission such as IR, Bluetooth...etc.),
and the coins selected are placed in the temporary deposit (2) where they remain until
all the coins ordered have been selected.
[0045] Coins not selected are returned to the general deposit (24). On completion of the
selection of coins requested by the operator's computer system or, if applicable,
from the self-service equipment control (for example to return change), they are sent
to the delivery tray (23) and the operation is completed.
[0046] For use in bank branches, the device can be connected to the computer terminals of
two operators and used sequentially by both. In this case, there is an accessory which
allows the delivery tray to be duplicated on both sides of the equipment using a conveyor
belt which transports the coins to the delivery tray concerned.
[0047] Independently of the two main functions for depositing and dispensing coins, the
coin sensor element (3) may, optionally, not just check the authenticity of the coins
for selection, but also their state of use according to parameters established by
the monetary authorities
[0048] When it is wished to operate this option, an auxiliary coin deposit (25) is incorporated,
outside the parameters of use.
[0049] Having sufficiently described the nature of the invention and its practical implementation,
it must be recorded that the above provisions, also shown in the attached drawings,
may be modified in detail as long as that does not alter their fundamental principles
established in the previous paragraphs and summarised in the following claims.
1. Coin-recycling device that can be fitted to an automatic and self-service teller machine
characterised essentially by comprising an approximately cuboid container (1) which
houses at least the following elements:
A general deposit containing the coins (24), the bottom of which comprises a coin
feed belt (8) driven by a small motor (7) which moves the coins to a lifting belt
(9) which has uneven projections (17) on its surface and which, driven by a motor
(12) and aided in its lifting operation by a circulating cylinder (18) and by a return
cylinder (20), and assisted by the return ramp (15) to the left of the belt (9) and
by a diverter for second coins (14) to the right of the belt (9), moves the coins
to the circulating ramp (11) where, now separated, they flow in sequence through the
sensor (21) and then in front of a diverter solenoid (4) which delivers coins recognised
to the temporary deposit (2); those not recognised continue moving toward a rejects
gate (5) from where they are returned to the equipment user along the rejects channel
(6) and into the delivery tray (23), the various sequences and command of the means
for activating the various mechanisms coordinated by the electronic control card (22).
2. Coin-recycling device that can be fitted to an automatic and self-service teller machine
according to claim 1 and characterised essentially because, in its function as coin
deposit, the coins it is wished to deposit are delivered directly to the feed belt
(8) from where they are raised by the lifting belt (9) to the circulating ramp (11)
and, passing in front of the distribution solenoid (21), they are selected by the
sensor (3) if genuine and diverted to the temporary deposit (2) where they are held
until the user gives their approval for the deposit, at which point they move to the
general deposit (24) where they remain until the next operation, and where coins not
selected are rejected through the rejects gate (5) and the rejects discharge duct
into the delivery tray (23), where coins from the temporary deposit (2) would also
go if the operation were cancelled.
3. Coin-recycling device that can be fitted to an automatic and self-service teller machine
according to above claims and characterised essentially if used as coin dispenser
in that the order for the request for coin delivery is processed by the electronic
control card (22) which starts the coin feed belt (8) which places them on the lifting
belt (17) and which in turn places them sequentially on the distribution ramp (11)
from where the sensor (3) sends the related signals to the electronic card (12) which
activates the diverter solenoid (21) appropriately, selecting the coins which amount
to the selection preset by the operator from their work station via a suitable computer
connection, and where said selected coins are placed in the temporary deposit (2),
remaining there until all the coins ordered have been selected and those not selected
are returned to the general deposit (24) while those selected are dispatched to the
delivery tray (23).
4. Coin-recycling device that can be fitted to an automatic and self-service teller machine
according to the previous claims and characterised essentially because, when wished
to be used sequentially by two operators, a conveyor belt is installed with two delivery
trays.
5. Coin-recycling device that can be fitted to an automatic and self-service teller machine
according to the previous claims and characterised essentially in that, independently
of the two main functions as coin deposit and dispenser, the coin sensor element (3)
checks the authenticity of the coins for selection according to parameters fixed by
the monetary authorities, incorporating an auxiliary coin deposit outside the parameters
of use.