Patent Application
20130259637
The present invention relates to improvements in, or relating to, a media cassette loader.
Media cassettes are used in self-service terminals (SSTs), such as automated teller machines (ATMs). ATMs use media cassettes for a variety of different types of media. However, the most common use of an ATM media cassette is for storing currency (in the form of banknotes) in a manner that allows the currency to be removed, one banknote at a time, from the media cassette (referred to as a currency cassette). The currency is typically stored as a horizontal stack within the currency cassette.
To enable the stored banknotes to be removed reliably, the currency cassette includes a pusher plate that urges the horizontal stack towards a picking area. When the currency cassette is empty (or nearly empty), it can be manually replenished by removing a lid, retracting the pusher plate, and inserting a new horizontal stack of banknotes between the picking area and the pusher plate.
There are a number of problems associated with replenishing currency cassettes.
One problem associated with replenishing currency cassettes is that the cassette side-walls restrict easy entry of a replenisher's hands, particularly when the replenisher is holding a bunch of banknotes.
Another problem associated with replenishing currency cassettes is that a replenisher may insert too many banknotes (referred to as overstuffing). This is possible because banknotes in the cassette can be compressed by the replenisher once they are inserted, thereby allowing more banknotes to be inserted. Overstuffing can cause excessive force on the banknote nearest the picking area, which can result in failed picking (no banknote picked) or multiple picking (more than one banknote picked in a single picking operation). Neither of these pick operations is desirable.
Another problem is that when a replenisher inserts banknotes into the currency cassette individual banknotes may be incorrectly inserted, for example, a banknote may be partially folded and the next banknote may be placed on the folded portion of the banknote. This may also result in pick failures during operation of an ATM into which the currency cassette is inserted.
Another problem associated with replenishing currency cassettes is that there is a risk of minor injury. For example, a replenisher may lock the pusher plate at a fully-retracted position and then place banknotes into the space between the pusher plate and the picking area using his/her hands. If the pusher plate is accidentally released (or if a catch holding the pusher plate in place fails) then the pusher plate may impact the replenisher's hand. Although this is unlikely to cause any serious injury, it may result in some discomfort.
Accordingly, the invention generally provides methods and apparatus for a media cassette loader comprising: a base, a media loading surface, and an end wall upstanding from one end of the media loading surface to support media items stacked thereon, the media loading surface and end wall being dimensioned to be accommodated within a media cassette.
In addition to the Summary of Invention provided above and the subject matter disclosed below in the Detailed Description, the following paragraphs of this section are intended to provide further basis for alternative claim language for possible use during prosecution of this application, if required. If this application is granted, some aspects may relate to claims added during prosecution of this application, other aspects may relate to claims deleted during prosecution, other aspects may relate to subject matter never claimed. Furthermore, the various aspects detailed hereinafter are independent of each other, except where stated otherwise. Any claim corresponding to one aspect should not be construed as incorporating any element or feature of the other aspects unless explicitly stated in that claim.
According to a first aspect there is provided a media cassette loader comprising: a base; a media loading surface inclined at an angle to the base; and an end wall upstanding from a lower end of the media loading surface to support media items stacked on the media loading surface, the media loading surface and the end wall being dimensioned to be accommodated within a media cassette body; thereby allowing the media cassette body to be placed over the media loading surface when the media loading surface is stacked with media items so that the cassette body surrounds the stacked media items.
This allows the media cassette body to be replenished by rotating the combined media loader and media cassette body until the media loader is upside down (and the media cassette body is the right way round), then removing the media cassette loader to leave the stacked media items within the cassette body. A media cassette lid may then be placed over the media cassette body to close the media cassette.
The media cassette body may further comprise a (first) side-wall upstanding from the media loading surface. The first side-wall may include an upper portion parallel to the media loading surface so that the distance between the media loading surface and the top of the upper portion is constant along the entire length of the media loading surface. The first side-wall may have a height approximately equal to the height of media items (such as banknotes) to be stacked on the media loading surface.
The upper portion may be dimensioned to locate between a side-wall of the media cassette body and a media width guide within the media cassette body.
Preferably, the media cassette loader is open above the media loading surface on an opposing side to the first side-wall. In other words, in preferred embodiments, the media cassette does not define a side-wall opposite the first side-wall. This is to allow a replenisher to gain easy access to the media loading surface without being obstructed by a second side-wall. However, in some embodiments it may be desirable that the media cassette body may further comprise a second side-wall upstanding from the media loading surface at an opposite side to the first side-wall. The second side-wall may be lower in height than the first side-wall to allow a replenisher to access the media loading surface from above the second side-wall.
The end wall may be disposed at an acute angle to the media loading surface.
The media cassette loader may comprise a second end wall opposite the first end wall. The second end wall may be relatively low compared with the first end wall.
The media loading surface and the end wall(s) may be dimensioned so that even if the media loader is overstuffed with media items, a sufficient gap is provided within the cassette body so that the overstuffing condition is reduced or obviated once the cassette media loader is removed.
The media cassette may be a currency cassette for storing banknotes.
The media cassette loader may further comprise a pair of support handles disposed on each of two opposing sides of the media cassette loader. The support handles may be located such that when a media cassette body is placed over the media loading surface, the support handles abut to upper edges on longitudinal sides of the media cassette. This allows a replenisher to hold the media cassette and media cassette loader combination together by placing fingers of his/her hand on a base of the media cassette body and a thumb of his/her hand on one of the support handles and pushing his/her fingers and thumb on each hand together.
Another advantage of the support handles is that they provide a visual indication to the replenisher that the media cassette has been correctly positioned over the media cassette loader because the support handles should be parallel to the upper edges on the longitudinal sides of the media cassette.
The media loading surface may define a central groove extending longitudinally therealong so that media items are located transversely to the central groove as they are stacked on the media loading surface. This has the advantage that if an elastic band or loop of paper is used to group bunches of media items near the center of the media items, then the bunches of media items can be placed on the media loading surface as bunches (that is, without first removing the elastic band or loop of paper) to facilitate stacking. The loops of paper or elastic bands will be located within the central groove so they will not raise the bunch of media items. The loops of paper or elastic bands can be snipped, either before placing the media cassette body over the media cassette loader, or after removing the media cassette loader from the media cassette body.
Once the media cassette body has been placed over the media cassette loader, the combination has been flipped over, and the media cassette body has been removed, the snipped loops of paper or elastic bands can be removed by lifting them vertically.
Another advantage of the central groove is that it minimizes, or at least reduces, any damage to the media items if the elastic bands or loops of paper are cut and removed when the media items are resting on the media loading surface.
The media loading surface may be inclined at an angle in one plane or in two planes. A suitable angle may be within the range of approximately five degrees to approximately forty degrees to the horizontal. For banknotes, an advantageous angle may be within the range of approximately ten degrees to approximately twenty-five degrees to the horizontal.
Locating guides may be provided on each of the two opposing sides of the media cassette loader. The locating guides may assist in registering the media cassette body over the media cassette loader.
The media cassette loader may define a removal handle within the base to facilitate removal of the media cassette loader from the media cassette.
Locating guides may also be provided on the lower end wall to assist in registering the media cassette body over the media cassette loader.
In some embodiments, the upper portion of the first side-wall may comprise a U-shaped profile. The U-shaped profile may be dimensioned to accommodate a media width guide located within the media cassette body, so that when the media cassette body is located over the media cassette loader, the media width guide is located within a recess in the U-shaped profile.
A blanking box may be provided for use by a replenisher in stacking on the media loading surface so that the entire media loading surface does not need to be stacked with media items. This may be useful if a replenisher only wants to partially fill a media cassette. The blanking box may have a height and width corresponding to the height and width of the media items being stacked. Once the media cassette has been replenished, the blanking box can be removed to leave the media cassette only partially full.
According to a second aspect there is provided a method of loading a media cassette, the method comprising: placing a stack of media items on a media loading surface inclined at an angle to a base; placing a media cassette body over the media loading surface stacked with media items so that the cassette body surrounds the stacked media items; rotating the combined media loader and media cassette body until the media loader is upside down and the media cassette body is the right way round; and removing the media cassette loader to leave the stacked media items within the cassette body.
The method may comprise the further step of securing a media cassette lid over the media cassette body.
The media items may comprise banknotes.
It should now be appreciated that these aspects have the advantage that a replenisher can stack media items onto a media cassette loader. Once a neat stack has been created, the replenisher can then place an empty currency cassette body (with the pusher plate retracted) over the media cassette loader, then rotate that combined loader and cassette body, then remove the media cassette loader. Any media items that were inserted over a curled (or folded) portion of another media item will be apparent because the curled (or folded) media item will protrude from the stack of media items because the curled portion is no longer restrained by the media loading surface.
These and other aspects will be apparent from the following specific description, given by way of example, with reference to the accompanying drawings.
Reference is first made to
The currency cassette loader 10 comprises a unitary injection-molded part. The currency cassette loader 10 defines a base 12 (in the form of a generally horizontal platform) and a media loading surface 14 (in the form of a banknote loading surface) inclined in one plane at an angle of approximately seventeen degrees to the base 12. The media loading surface 14 extends from a lower end 16 to an upper end 18.
A lower (or first) end wall 20 extends from the base 12 above the banknote loading surface 14 to provide a banknote detent surface 22 against which banknotes placed on the banknote loading surface 14 can rest.
An upper (or second) end wall 24 is located at an opposite end of the base 12 to the lower end wall 20 and extends above the banknote loading surface 14 by a small amount (approximately 2.5 cm in this embodiment).
The currency cassette loader 10 further defines a first side-wall 26 extending longitudinally from the lower end wall 20 to the upper end wall 24 and upwards from the base 12 to above the banknote loading surface 14. The part of the side-wall 26 extending above the banknote loading surface 14 is referred to as an upper portion 30. The upper portion 30 includes a top surface 32. The distance between the top surface 32 and the banknote loading surface 14 is constant along the entire length of the upper portion 30 and is approximately the same as a height of a U.S. ten dollar banknote.
The currency cassette loader 10 also defines a second side-wall 34 extending longitudinally from the lower end wall 20 to the upper end wall 24 and upwards from the base 12 to the level of the banknote loading surface 14. The second side-wall 34 does not protrude above the banknote loading surface 14, thereby providing a replenisher with unrestricted access to the banknote loading surface 14 from the second side-wall side via an open area 36 (illustrated by broken lines in
The currency cassette loader 10 further defines a pair of support handles 40,42 located on opposite longitudinal sides thereof. Each support handle 40,42 extends parallel to the banknote loading surface 14. The first support handle 40 includes first locating guides 44 in the form of guiding ribs (best seen in
The currency cassette loader 10 further defines a central groove 50 (approximately 5 mm deep) in the banknote loading surface 14 extending longitudinally therealong so that media items are located transversely to the central groove 50 as they are stacked on the banknote loading surface 14.
In this embodiment, the currency cassette loader 10 has a length 52 of approximately 295 mm and a width 54 of approximately 160 mm. These dimensions were selected to match a conventional currency cassette sold by NCR Corporation, 3097 Satellite Blvd., Duluth, Ga. 30096, U.S.A.
The lower end wall 20 also defines locating guides 56 in the form of profiled guide strips. These profiled guide strips 56 assist in registering a currency cassette body during placement thereof, as will be described in more detail below.
Reference will now also be made to
As is evident from
Reference will now also be made to
The currency cassette body portion 70 is made from polycarbonate and includes a handle end 72 (a “non-picking end”), and a closeable pick window 74 (or media removal window) at the opposite end 76 (a “picking end”).
The cassette body portion 70 includes a base 78 and a raised floor 80 located above the base 78. A ratchet rack (not shown) is centrally mounted between the base 78 and the raised floor 80. The ratchet rack (not shown) extends in a longitudinal direction from the handle end 72 to the picking end 76.
A pusher plate (not shown) is mounted over the ratchet rack (not shown) and biased towards the picking end 76 by a coil spring (not shown, but also located between the base 78 and the raised floor 80). The pusher plate (not shown) urges a stack of banknotes 60 towards the pick window 74, so that when the pick window 74 is open, banknotes can be picked through the pick window 74 by a currency dispenser.
The cassette body portion 70 also includes a pair of banknote width guides 82 (only one of which is visible in
Each of the banknote width guides 82 defines a channel 84 between a nearest longitudinal side-wall 86 of the cassette body 70 and that banknote width guide 82.
The currency cassette body portion 70 defines an internal length of approximately 296 mm and an internal width of approximately 161 mm. The channel 84 has a width of approximately 11 mm.
The banknote loading process will now be described with reference to
Once a complete stack 60 has been loaded, the currency cassette body portion 70 can be inverted (after the pusher plate has been locked in a fully retracted position) and placed over the stacked currency cassette loader 10 to create a combined loading unit 100, as shown in
While the currency cassette body portion 70 is being lowered over the stacked currency cassette loader 10, the guiding ribs 44,46 on each side of the currency cassette loader 10 serve to align the currency cassette body portion 70 to the currency cassette loader 10 in a lateral direction. Similarly, the end wall 20 and the upper portion 30 serve to locate the currency cassette body portion 70 correctly with respect to the currency cassette loader 10 in the longitudinal direction.
The banknote loading surface 14 and end wall 20 are dimensioned to be accommodated within the currency cassette body portion 70. Furthermore, the upper portion 30 is dimensioned to locate between one of longitudinal side-walls 86 of the cassette body 70 and the respective banknote width guide 82.
The banknote loading surface 14 and the end walls 20,24 are dimensioned so that even if the currency cassette loader 10 has too many banknotes placed thereon, a sufficient gap is provided within the cassette body so that the overstuffing condition is reduced or obviated once the currency cassette loader 10 is removed.
The combined unit 100 can then be rotated to a position shown in
To aid a replenisher in maintaining the combined unit 100 together while the combined unit 100 is being rotated, the replenisher can exert pressure between the support handles 40,42 and the cassette base 78.
Once the combined unit 100 is fully rotated, the currency cassette loader 10 can then be removed from the currency cassette body portion 70 to leave the currency cassette body portion 70 fully replenished with banknotes. This is easily accomplished by the replenisher exerting vertical force via the removal handle 106.
A replenisher can then manually adjust any banknotes that are sitting proud of the stack (by tapping them down gently), and/or snip and remove any elastic bands or paper loops that are still around groups of banknotes.
Once the replenisher is satisfied that the banknotes are correctly located within the currency cassette body portion 70, then he/she can unlatch the pusher plate (not shown) to secure the banknotes 60 between the pusher plate (not shown) and the picking end 76.
The replenisher can then place a currency cassette lid (not shown) on the currency cassette body portion 70. The currency cassette is now replenished and ready for use.
The currency cassette loader 10 of this embodiment is designed to be used in two different orientations. In
It should now be appreciated that this embodiment provides an improved mechanism for replenishing currency cassettes.
Reference will now be made to
In the currency cassette loader 110, a banknote loading surface 114 is inclined in two planes from a high position at one diagonal point 114a to a low position at the opposite diagonal point 114b. The other parts of the currency cassette loader 110 (for example, the lower end wall 120, upper end wall 124, and first side-wall 126) are very similar to the corresponding parts of the currency cassette loader 10. The operation of the alternative currency cassette loader 110 is identical to that of the currency cassette loader 10.
The currency cassette body portion 70 can be placed over the alternative currency cassette loader 110 (in a similar manner to the currency cassette loader 10) to form a combined unit 200, which can then be rotated by one hundred and eighty degrees to the position illustrated in
The alternative currency cassette loader 110 can then be removed to leave a replenished currency cassette body portion 70.
Various modifications may be made to the above described embodiments within the scope of the invention, for example, in other embodiments the media items may be stamps, coupons, tickets, or the like.
Although replenishment is described above as a manual operation, a machine could be provided that automatically stacks the loading surface, places the media cassette over the loading surface, rotates the combined unit, then removes the loader.
In other embodiments, the banknote loading surface may be inclined at a different angle to that described above (either steeper or less steep).
In other embodiments, the dimensions of the currency cassette body portion 70 and the banknote cassette loader 10 may be different to those described above. In particular, the dimensions of the banknote cassette loader 10 described above were selected for use with U.S. currency in a standard currency cassette sold by NCR Corporation, Duluth, Ga., U.S.A. In other embodiments, the dimensions of a media cassette loader may be selected to match a different currency (or other type of media item) and/or a currency cassette (or other type of cassette) provided by a different vendor to NCR Corporation.
In the above embodiments, the currency cassette loader 10 is a unitary injection-molded part; whereas, in other embodiments, the currency cassette loader 10 may be made of any convenient material, such as metal (such as aluminum), wood, a plastics material (such as polycarbonate), or the like, and may be made by any convenient fabrication process.
The terms “comprising”, “including”, “incorporating”, and “having” are used herein to recite an open-ended list of one or more elements or steps, not a closed list. When such terms are used, those elements or steps recited in the list are not exclusive of other elements or steps that may be added to the list.
Unless otherwise indicated by the context, the terms “a” and “an” are used herein to denote at least one of the elements, integers, steps, features, operations, or components mentioned thereafter, but do not exclude additional elements, integers, steps, features, operations, or components.
The presence of broadening words and phrases such as “one or more,” “at least,” “but not limited to” or other similar phrases in some instances does not mean, and should not be construed as meaning, that the narrower case is intended or required in instances where such broadening phrases are not used.
