Abstract:
There is provided an RVM comprising: an infeed opening (1100), a receiving compartment (1200), an infeed passage (1300) connecting said infeed opening (1100) to said receiving compartment (1200), one or more infeed indicators (1400), each infeed indicator (1400) comprising a plurality of light areas (1410), which plurality of light areas (1410) within at least one of said infeed passage (1300) and said receiving compartment (1200) and which light areas (1410) are visible to a user from outside of the RVM (1000), wherein each the infeed indicator (1400) is configured to alter the intensity and/or colour of the light areas (1410) in sequential manner to indicate a status of the RVM (1000) to the user.
Abstract:
The invention relates to a method for an RVM system and an RVM system configured to implement the method. The method comprises the steps of: receiving a set of used containers from a user through an infeed; initiating a new collection session and establishing a Session ID; initiating a transfer of said Session ID to a user via physical or digital means after said new collection session has been initiated; establishing a resulting return value for said set of used containers; linking said resulting return value to said Session ID, where the initiating of a transfer of said Session ID to a user is performed before said step of linking said resulting return value to said Session ID.
Abstract:
The invention relates to a conveyor module (1) for a reverse vending machine, which is mountable to a docking unit (2), and comprises at least one conveyor belt (6); a housing (7) for supporting the at least one conveyor belt (6), and a force receiving element (38) for receiving a driving power for driving the at least one conveyor belt (6), which force receiving element (38) is accessible from outside of the conveyor module (1) through an opening (42) in the housing (7). Further, the invention relates to a docking unit (2) for a conveyor module (1) of a reverse vending machine, comprising a housing (14), and a force feed element (16) for outputting a driving power to the conveyor module (1), which force feed element (16) is accessible from outside of the docking unit (2) through an opening in the housing (14).
Abstract:
The present invention relates to compacting apparatus (10), comprising: a compression plate (12), a piston (16) having a surface (18) facing the compression plate, and a drive mechanism adapted to alternately move the piston towards and away from the compression plate such that an object may be compacted between the compression plate(12) and said surface of the piston (18), wherein the drive mechanism can be positioned inside or partly outside the piston (16). The present invention also relates to a reverse vending machine comprising such a compacting apparatus, use of such a compacting apparatus, and a method of compacting objects.
Abstract:
An apparatus for generating and viewing an image of an item (95) against a reflective surface (94) with a light source (85), a camera (97) and operational electronics (98) installed on a single, common circuit board (99) located with a plane thereof along an exterior upright wall (102') of a closed optics compartment (102). The light source faces a window element (103) of the closed optics compartment with a first light guide part (86) and directs light further into the optics compartment by means of a second light guide part (86') located on the other side of the window element and aligned with the first light guide part (86). An optical unit is located in the optics compartment and comprises a light path extender (89, 90, 91), a light source input region, a lens unit (93), and at least one image detection output region. The light source input region comprises said first tubular light guide part (86) contacting the outside of the window (103), and the second tubular light guide part (86') contacting the inside face of the window element (103) and aligned with the first light guide part (86), said second light guide part (86') at a downstream end having a 45° inclined, first light redirecting mirror (87), and an output aperture with a light diffuser (88).
Abstract:
The invention relates to means in a reverse vending machine (RVM) for receiving, handling, sorting and storing returnable items or objects. The RVM includes an item supporting, rotating, sorting and conveyor unit, an upright storage chamber for such items, a safety apparatus to avoid operational hazards, a camera aided detection device for detecting at least one of a bar code on and other characteristics, e.g. contour, of an item, a simplified token system , and a drive system with a releasable power coupling for operating the sorting device and a further storage device.
Abstract:
A method and a system for determining the remuneration for the return of identifiable empty packaging to a receiving point, wherein the empty packaging (7; 8) is identified with respect to at least one selected characteristic thereof, for example, dimension, type of packaging, type of material, recyclability, and deposit value, if any. The remuneration for individual types of empty packaging is related to at least two of a plurality of legal entities (10 - 15) which, for the return of empty packaging, are remuneration-providing and connectable to a remuneration coordinator (9) in communication with the receiving point in the form of a reverse vending machine (1), and to the remuneration level of the connected legal entities that is applicable at any given time for a particular type or particular types of empty packaging.
Abstract:
The present disclosure relates to a system (1) for collecting waste objects for recycling comprising a reverse vending machine, RVM (100), and a carrier arrangement (300; 350) adapted to receive a devaluated waste object (2) at a first location having a first elevation, and adapted to transport and deliver the devaluated waste object to a second location having a higher elevation than the first location and an inlet of the RVM (100). The system (1) further comprises a buffer arrangement adapted to receive the devaluated waste object (2) from the RVM (100) at a third location and to deliver the devaluated waste object (2) to the carrier arrangement (300; 350) at the first location. The carrier arrangement (300; 350) comprises at least one carrier adapted to move repeatedly between the first location and the second location. The disclosure further relates to a process of transporting and collecting waste objects (2).
Abstract:
A system for detection of fraud attempts in reverse vending machine, which comprises: - one radiation emitting device for illuminating a food or beverage container being received by said reverse vending machine, - one radiation detection device configured to detect radiation reflected at and/or transmitted through and/or emitted from said food or beverage container in response to said illumination; - one processing unit configured to: - receive information corresponding to the detected radiation from said at least one radiation detecting device; - analyzing said information to determine the existence of additional radiation, which additional radiation is not received from valid food or beverage containers, and - upon determination of the existence of said additional radiation classify said food or beverage container as fraudulent; as well as a reverse vending machine provided with such a system and a corresponding method.
Abstract:
A device and a method for singulation of used beverage received in bulk into individual objects and forwarding them towards a receiving station. The bottles have different shapes and sizes. The device includes a rotating surface, a conveyor (102, 121, 122) at least partly encircling said rotating surface and adapted to receive objects from the rotating surface and transport them away from the rotating surface; and an outer wall (104, 105) along the periphery of the conveyor at least along the part of the conveyor that encircles the rotating surface. The conveyor includes a first section (121) which receives objects from the rotating surface, and a second section (122) which is only capable of transporting objects one by one and aligned with the direction of movement of the conveyor or otherwise fall back onto the rotating surface due to the limitation of the width of the conveyor by a wall (105).