DE102019007879A1 - System and device for processing objects of value and for assembling packages of objects of value - Google Patents

Abstract

The invention relates to a device (310) for recognizing, checking, counting, accounting and sorting objects of value, which can be automatically adapted to changing delivery and demand conditions, in particular with the aid of a storage transport system. For this purpose, a controller (S) controls the transport routes and processing steps within the device (310) with the help of conveyor systems (140, 141, 142, 143, 325 and T) and corresponding switches (245) and optimizes them in such a way that the valuables are targeted to the Processing stages (Pn) are transported that are required for processing the valuables. In addition, the control (S) takes into account information about the components of the device (310) as well as the delivered and the valuables to be delivered in order to ensure optimal processing of the valuables or to deliver ordered packages of valuables as quickly as possible. The device (310) can be configured in such a way that it can cope with a wide range of tasks and / or quickly process peak loads by connecting its components in parallel. This also enables reliable, safe and predictable operation.

Description

The invention relates to a system and a device for processing, in particular for recognizing, checking, counting and sorting objects of value and for assembling packages of objects of value.

Those skilled in the art are familiar with the specialized machines, which have now become very powerful, for capturing, scanning, checking, counting and sorting objects of value, such as banknotes, of which approx. 10 to 40 pieces can be processed without errors in one second. Valuables can not only be recognized and checked by these machines, they can also be sorted according to their distinguishing features, counted and packed into a set number of items. For example, banknotes can be sorted according to their nominal value, sorted out according to their condition or - if in order - combined in packages of one hundred or one thousand banknotes, tied together and labeled with a corresponding banderole. In this way, packages of valuable objects can be produced, the added value of which consists in the trustworthiness of the information about the quality and quantity of the valuable objects contained therein.

However, the machines are only designed for the tasks mentioned, so that further manual steps are often necessary to process the valuables. In many cases, the valuables are filled into storage containers in an additional processing step. The size of the storage container is adapted to the machines or the system, but not to the volume of the deliveries of valuables. Individual partial deliveries must therefore be separated by header cards that contain information about the person who pays the valuables and thus enable the valuables to be clearly assigned. Valuables or packages of valuables already processed by the machines are also reloaded into transport containers in additional manual processing steps for storage, further processing, packaging or delivery.

Large systems are also known, such as cash centers for processing banknotes, in which several specialized machines of the type described work in order to process several packages of valuables in parallel and / or one after the other, which may be unsorted and unchecked or at least not trustworthy. Such large systems have highly secure storage and storage facilities and areas with an even higher level of security such as vaults. For example, they are equipped with a high-bay warehouse and are usually managed using transport vehicles with a lifting function. As the valuables pass through the cash center, they are usually brought several times to an area with the highest level of security, e.g. to safely bridge waiting times after delivery or before sorting or before packaging. The areas of highest security can often only be reached via security gates, so that the processing of the valuables on the way through the area of highest security is associated with considerable additional effort. The preparation and packaging of the valuables takes place in areas of lower security.

The preparation of delivered valuables for processing by the specialized machines takes place according to the state of the art manually by opening the containers or pockets in which the valuables are delivered, grouping the valuables into mostly loose, as yet unformatted packages, fitting the packages or loose bundles in presentation containers and transport of the storage containers to the specialized processing machines. After checking, counting and sorting, it continues from the processing machines to the vault area and later when requested by the packaging department from the vault area for packaging. There, the processed and sorted valuables such as banknotes or coins are counted in exactly the requested amount, the desired amount of valuables (of a certain nominal value or the desired amount of valuables of different nominal values) is compiled and placed in delivery containers. These partly automatic, partly semi-automatic and partly manual processing steps lead to considerable personnel costs and also to risks with regard to the security, reliability and trustworthiness of the processes.

All these systems also have the disadvantage that they cannot be adequately adapted to the changing delivery and delivery conditions that can occur, for example, as a result of high cash sales at public festivals or during the Christmas season. As a result, the available systems run at maximum load at times with impending congestion and disruptive blockages or in idle mode and with very little efficiency. In addition, there is a very strong fluctuation in personnel requirements over time.

The object of the invention is to provide a system or a device for recognizing, checking, counting, accounting and sorting of objects of value and packaging of packages of objects of value, which can react flexibly to changing delivery and delivery conditions.

This object is achieved by the subjects of the independent claims. Advantageous developments of the subjects of the independent claims are characterized in the subclaims. The wording of all claims is hereby incorporated by reference into the content of this description.

The use of the singular is not intended to exclude the plural, which also applies in the opposite sense, unless otherwise stated.

To solve the problem, a device is proposed for recognizing, checking, counting, accounting and sorting objects of value and assembling packages of objects of value, in which a storage transport system for a plurality of transport containers is used to transport the objects of value within the device . The device comprises at least one input, processing and output stage. The valuables are handed over to the at least one entrance step and there they are placed in the transport containers of the storage transport system. With the help of the transport container, the objects of value are transported to the at least one processing stage for recognizing, checking, counting, sorting and, if necessary, accounting for the objects of value. After this at least one processing step, the objects of value are transported with the aid of the storage transport system either to a further processing stage or to an output stage for packaging and subsequent delivery of packages of objects of value. When making up a certain amount of valuables of a certain nominal value or the desired amount of valuables of different denominations is put together. For delivery to a customer, the collected valuables may be packaged together. The respective compilation corresponds to the order of a customer of the cash center who wants the particular compilation, whereby the particular desired compilation can vary.

The device is characterized by removal or filling devices with which the individual processing stages can remove objects of value from the transport containers for processing and after processing they can put them back in a form that ensures further processing through at least one further processing stage and / or output stage . As a rule, an object of value is removed from a transport container and, after processing in a processing stage, placed in another transport container - possibly at a higher security level. In addition, the device comprises a controller which, with the aid of the transport container, controls the transport routes of the objects of value and / or packages of objects of value within the storage transport system and / or the device.

The controller can be designed in such a way that, in the preparatory stage, it provides previous information about received valuables and / or packages of valuables and / or information about the valuables and / or packages of valuables that are in the storage transport system and / or the device, and / or information about packages of valuables to be delivered and / or ordered to optimize the transport routes and processing steps of the valuables and / or parcels of valuables in the storage transport system and / or the device with regard to processing times, duration and / or - can use costs.

The storage transport system offers a number of advantages and possibilities for a device for recognizing, checking, counting, accounting and sorting of valuables in order to determine the combination and mode of operation of the individual components on the basis of incoming or existing information, e.g. about the valuables, to adapt the individual components of the device or orders processed in the past to the requirement conditions, which are given in particular by the requested, ordered or delivered packages of valuables. On the one hand, when there is a high volume of valuable objects to be processed, these can be temporarily stored if necessary, thereby avoiding congestion. On the other hand, the storage transport system enables the individual components of the device to be controlled in a targeted, individual and adaptable manner. Valuables can be transported to the exact sequence of processing stages that makes sense for these valuables. If, for example, it is known that bank notes (as an example for objects of value) are leftovers from an ATM, certain checks, for example for their authenticity or quality, can be skipped. In the proposed device, not every object of value has to go through a rigid process in a completely linear manner; processing modules can also be omitted or skipped or the objects of value can be processed with different priorities. Deliveries of valuables that come from a jeweler, for example, and accordingly contain banknotes with a higher nominal value and / or a better general condition (and can therefore be processed with fast procedures without expected disruptions and incidents), can be processed with preference, especially if banknotes are currently in use with a higher nominal value for Assembly of packages to be delivered are required.

This not only increases the flexibility or adaptability of the system in order to react specifically and as quickly as possible to special requirements and / or orders, but also the processing speed and thus the capacity of the system. This means that a smaller system may be sufficient to process a larger amount of objects of value.

The system or the device can be controlled centrally via a control unit or decentrally via a plurality of control units which can exchange information with one another.

The transport routes of the valuables and packages of valuables are controlled by the control with the help of the transport containers. In particular, with the help of the control, the position of the valuables can be tracked at any time, the processing steps can be adapted to the current order or delivery situation and / or malfunctions can be reacted to. In addition, by documenting previous orders or already processed objects of value, the control can adjust the individual components of the device in advance to anticipated orders or malfunctions. This enables a customer-specific processing of the objects of value or a customer-specific adaptation of the device or its individual components. This is particularly advantageous in cases where individual customers regularly deliver their valuables in a worse condition than other customers.

The transport containers are usually assigned information about the valuables, which, among other things, clearly identifies the person who pays the valuables. This eliminates the use of header cards or other identification means that have to be attached, scanned / read and / or removed again in additional steps.

When optimizing the transport routes, the control takes into account, for example, processing times, processing times and costs as well as the trustworthiness of the parcels of valuables in the output, e.g. also advance information about the valuables or parcels of valuables. This can include information about the payer and / or purchaser, the quantity, the denomination and / or composition, the origin and / or the destination, the quality, the packaging and / or the purpose and the position of the valuables or packages of valuables in of the device. For example, the processing of banknotes coming from an ATM cassette from an ATM or from a special storage container for banknotes, such as a Nota-Tracc-Tray, can be processed at a significantly higher speed than banknotes that may have been delivered in a crumpled or torn condition in a safe bag.

The advance information about the objects of value can, for example, already be available when the objects of value are delivered or can be supplied with the delivery containers. Often only the delivery container is clearly marked with an identifier or an identifier. The information is therefore assigned in whole or in part to this identifier or to this identifier. This includes, for example, information about the origin of the valuables, which can usually be found on the corresponding delivery notes, or the denomination of the delivered parcels of valuables, about which information may already be available in many cases from cash boxes from supermarkets or ATMs.

If this advance information comes from external sources, it is preferably supplemented by a statement about its reliability. Information that is not very reliable is either completely ignored, only used for processes that cannot endanger the trustworthiness of the packages of valuables to be delivered, and / or checked or verified in additional processing steps. Information from reliable long-term customers, on the other hand, can be checked faster and more cost-effectively with less complex procedures before it is used for further processing of the valuables. Information from the central bank can be assumed to be correct and simply adopted and used for further processing of the valuables. The processing of the valuables can thus be done faster and cheaper.

Often, advance information is also available about deliveries that have arisen from the documentation of previous orders. An example of this is the expected denomination of safe bags from a certain supermarket chain, where banknotes with a higher nominal value than a lower nominal value are to be expected. The device therefore optionally also uses information obtained analytically from the past, such as is made available, for example, with data analysis technologies. In these and similar cases, the system or the device for processing the objects of value can anticipate the necessary processing steps. This can happen at a time when before the delivery of the valuables to be processed.

The advance information can also be obtained upon delivery by observing and / or measuring the properties of the objects of value. Even if the detection methods used are often not suitable for delivering sufficiently defined and trustworthy information, they are nevertheless suitable for controlling the system or the device and its subsystems in an optimized and adaptive manner. For example, a pattern recognition system in the preparatory stage can check the delivered valuables for soiling or destruction and thus avoid incidents caused by soiled or damaged valuables. In the case of transparent safe bags or after opening the delivery container, pattern recognition methods can also be used to roughly determine the denomination, for example through pattern recognition based on the color of the content. It is also possible to weigh the valuables delivered and to obtain a rough picture of the denomination of the valuables with the help of an indication of the total amount, which is supplied by the customer, for example. This enables further optimization of the processing of the valuables.

Information about the ordered packages contain, in particular, details about the customer, the quantity, the packaging, the composition and / or the division of the content, the destination, the intended use and / or the quality of the valuables. The request information can in particular contain that only a certain selection of the delivered objects of value may be used for the completion of the requested trustworthy packages. The system or the device is then controlled in such a way that only the permissible objects of value are sent to processing for this order or this request. This is crucial, for example, for banks that only count a package of banknotes or have it checked for authenticity and should receive the same banknotes back. The consideration of all this information or parts of it guarantees a comprehensive optimization of the necessary processing steps and a reliable and safe operation of a device for recognizing, checking, counting, accounting and sorting of objects of value and for assembling packages of objects of value.

In order to be able to better plan the utilization of the device or necessary maintenance cycles of machines, it is also advantageous to access external information, i.e. information that at first glance is not linked to the valuables. This is, for example, information about special occasions such as folk festivals, trade fairs or Christmas markets, which can lead to high and very special requirements for a device for recognizing, checking, counting, accounting and sorting of valuables and for packing parcels of valuables. Maintenance cycles or the replacement or installation of new machines can thus be placed in periods of time that can be expected to result in low utilization of the system or the device. Conversely, additional or special machines can be requested if high loads or special requirements are announced.

When optimizing the transport routes and processing steps, which can be adapted dynamically or during operation to changing delivery and requirement conditions, the adaptation being made possible by the modular structure of the device and the storage transport system, not only information about the Valuables, but also processing times and costs for recognizing, checking, counting, accounting, sorting and / or packaging play a major role. For example, the processing of banknotes that have been removed from a cash cassette can be carried out at a significantly higher speed than the processing of banknotes that may have been delivered in a crumpled or torn state in a safe bag. Such performance information can also be collected and documented on a customer-specific basis and, for example, used to plan the processing of the next package of valuables for this customer.

Processing times and costs depend not only on the quality of the valuables, the type of processing or the possible processing speeds, but also on the performance parameters of individual machines. Older machines usually show wear and tear, which can lead to malfunctions under high loads. Likewise, the machine park of a system or a device is often inconsistent or has machines with different technologies and performance parameters. In many cases, machine-specific performance parameters can be taken into account in order to further improve the optimization of the transport routes and processing steps, whereby in particular the individual modular components and their interconnection for processing the valuables can be adapted to the current delivery and requirement conditions.

A device for recognizing, checking, counting, accounting and sorting of valuables and / or packing of parcels of valuables often has areas or warehouses with a higher security level than the entrance, Processing and / or output stages, typically a vault. In many cases, the storage transport system is connected to such areas or storage facilities. In this way, for example, in the event of a malfunction, the transport containers and thus also the valuables can be stored safely and quickly, possibly even over longer periods of time. In addition, it can be used to protect valuables from theft or destructive influences such as fire.

In addition to the processing stages, at least one of the input stages can be equipped with at least one mechatronic device for filling the transport container. In this way, the processing of the objects of value by the system or the device can be further accelerated and the reception of the objects of value can be controlled adaptively by the device. At least one of the entrance stages can also be equipped with at least one mechatronic removal device that can remove objects of value and / or packages of objects of value from delivery containers, such as residual amounts of cash from an ATM cassette or a Nota-Tracc tray.

The same applies to at least one of the output levels. In contrast to an input stage, however, the at least one output stage is equipped with at least one mechatronic device for removing objects of value from the transport containers. The at least one output stage can also have at least one mechatronic device for filling the transport container. This means that any remaining quantities can be returned to the storage transport system.

The adaptability, efficiency and / or variability of the device or the system can additionally be increased if at least one input stage is used as an output stage for outputting packages of valuable objects. In this case, the at least one input stage is equipped with the means necessary for outputting packages of objects of value, for example a pick-and-place robot. It can also have means for sorting the objects of value and assembling packages of objects of value.

The storage transport system typically has a plurality of conveyor systems for the transport containers. The transport containers can be transferred directly from one conveyor system to another. This means that transport routes can be adjusted quickly and flexibly.

Otherwise, the conveyor systems are indirectly connected to one another via the processing stages. In this way, the transport routes of the valuables can be designed flexibly not only within the storage transport system, but also across systems or devices.

At least one of the conveyor systems of the storage transport system can be designed so that it can be used as a passing lane. Such overtaking lanes can be used to process valuables with a higher priority in order to compensate for bottlenecks in the packaging or jams during delivery. A conveyor system that forms a passing lane is in particular connected to the at least one input and output stage in such a way that it can transport valuables and / or packages of valuables from the at least one input step directly to the at least one output step without the respective valuables and / or packages of valuables are transported to one of the processing devices.

At least one of the conveyor systems just described can be connected in such a way that it can transport objects of value or packages of objects of value from the entrance stage directly to the output stage. Valuables that have already been checked or qualified (such as returns from a safe or ATM) are quickly available for packing parcels of valuables with the help of this at least one conveyor system, without having to go through at least one processing stage, additional conveyor systems or intermediate storage.

The issue levels only work with valuables that are trustworthy, i.e. qualified and quantified. This can be done either by one of the processing stages of the system or the device. In special cases, however, it can also happen that when the valuables are entered into the transport container, clear information about the quality and quantity of the valuables is already available. Transport containers with such qualified contents are also made available directly to the output stages for the packaging of parcels of valuables in order to avoid unnecessary processing steps for recognizing, checking, counting, accounting and sorting the valuables.

The conveyor systems of the storage transport system can be cyclically circulating transport loops, which on the one hand are inexpensive and on the other hand allow large distances to be covered quickly.

The device can also have at least one pick-and-place robot that has a enable fast and targeted access to the transport containers and / or packages of valuables and / or valuables.

The processing stages usually fulfill different functions, which are implemented with the help of a selection of processing modules. This includes modules for separating, recognizing, checking the authenticity, counting, sorting and / or packaging of the valuables, checking properties of the valuables such as security features, degree of soiling or destruction and / or the transmission of the value of the valuables for the purpose of accounting. With these functionalities, the processing of the valuables can be designed comprehensively.

For optimal processing of the objects of value, it is advantageous if at least one processing stage and / or output stage has a device which is designed such that it can remove all or only a subset of the objects of value from one of the transport containers. On the one hand, this allows the valuables to be processed in a way that is adapted to the current order situation, and on the other hand, packages of valuables can be made up in which residual quantities can be avoided. In addition, the output level enables customer-specific packages of valuables to be made up.

The transport containers of the storage transport system are filled from both the input and the processing stages, whereby the filling can take place adaptively and only through the stages provided for this. As a result, the transport containers can be used without restrictions in the entire system or the entire device or the transport routes and processing steps can be optimized and adapted across systems or devices.

Devices for recognizing, checking, counting, accounting and sorting of objects of value and / or assembling of packages of objects of value often have storage areas, storage or storage spaces for the transport containers and / or objects of value and / or packages of objects of value. The system's conveyor systems also represent a dynamic buffer store that can accommodate more or fewer transport containers as required. These buffers can be integrated into the storage transport system and used to optimize the transport routes and processing steps. With the help of buffer stores, jams can be prevented and overproduction can be intercepted without having to deliver the valuables or store them in an area with a higher security level. You can also record and temporarily store valuables that, due to their condition or origin, lead to disruptions and downtimes or require more complex processing steps. They also facilitate the packaging of packages, since the at least one output stage can access this intermediate storage and thus a larger selection of objects of value or packages of objects of value.

A buffer can be reached, for example, from the area between the preparation stage and the entrance stage in order to receive objects of value or packages of objects of value that have been delivered but cannot yet be processed. This is an advantage in making the machining processes more flexible.

The buffers can be designed differently. A preferred embodiment are high-bay warehouses or storage areas in which transport containers can be parked at a defined position with the aid of a pick-and-place robot and called up again if necessary. Pick-and-place systems can also be used in the form of chaotic warehouses. They enable direct access to all stored transport containers or to all available storage spaces. They are particularly suitable for demanding operations in which a large number of different items are stored, which should be retrievable again if necessary without delay and detours.

The transport routes of the transport containers within the system or the device can be controlled with the aid of switches and / or grippers. In this way, the objects of value are transported to precisely those processing stages that are required for the processing of the objects of value in question.

The objects of value that are processed by the system or by the device are in many cases banknotes and / or coins.

The object is also achieved by a system for recognizing, checking, counting, accounting and sorting objects of value and making up packages of objects of value with a preparation stage to which objects of value and packages of objects of value can be delivered. The at least one preparatory stage is used to deliver the valuables or packages of valuables. The device according to the invention follows the preparatory stage.

To buffer delivery peaks and capacity bottlenecks, the valuables that are received in the preparation stage can be stored in at least one buffer store after they have passed through the at least one input stage or before they are processed.

An overall optimized processing is obtained if information about packages of valuables to be delivered or ordered is also combined with the information available or obtained in the preparation stage. Then inquiries can be optimally satisfied with the available resources. Such a system can be flexibly adapted to changing delivery and demand conditions.

Further details and features emerge from the following description of preferred exemplary embodiments in conjunction with the figures. The respective features can be implemented individually or in combination with one another. The possibilities for solving the problem are not limited to the exemplary embodiments.

• 1 ein System zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen;
• 2 ein System zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einer Mehrzahl von Eingangs-, Verarbeitungs- und Ausgabestufen;
• 3 ein System zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Speicher-Transport-System;
• 4 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Speicher-Transport-System, das eine Mehrzahl zyklisch umlaufender Transportschleifen aufweist;
• 5 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Speicher-Transport-System, das aus einer einzigen Transportschleife besteht;
• 6 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Speicher-Transport-System und einer konfigurierbaren Einrichtung bzw. Maschine zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen;
• 7 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Speicher-Transport-System, bei dem zwei Transportschleifen mithilfe eines Pick-And-Place-Roboters verbunden sind;
• 8 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Speicher-Transport-System, das aus einer Mehrzahl von miteinander verbundenen Transportschleifen besteht;
• 9 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Bereich für unqualifizierte und einem Bereich für qualifizierte Wertgegenstände;
• 10 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Bereich für unqualifizierte und einem Bereich für qualifizierte Wertgegenstände, der an einen Bereich mit einer höheren Sicherheitsstufe angeschlossen ist;
• 11 grober Ablaufplan eines Verfahrens zum Steuern eines Systems bzw. einer Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen;
• 12 ein Verfahren zum Steuern eines Systems bzw. einer Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen; und
• 13 eine Vorrichtung zum Erkennen, Prüfen, Zählen, Abrechnen und Sortieren von Wertgegenständen und Konfektionieren von Paketen von Wertgegenständen mit einem Bereich bzw. einer Stufe, die gleichzeitig zur An- wie zur Auslieferung genutzt wird.

The exemplary embodiments are shown schematically in the figures. The same reference numerals in the individual figures denote elements that are the same or functionally the same or correspond to one another in terms of their functions. Specifically shows:

• 1 a system for recognizing, checking, counting, accounting and sorting of valuables and packaging of packages of valuables;
• 2 a system for recognizing, checking, counting, accounting and sorting of objects of value and packaging of packages of objects of value with a plurality of input, processing and output stages;
• 3 a system for recognizing, checking, counting, accounting and sorting of valuables and packaging of parcels of valuables with a storage transport system;
• 4th a device for recognizing, checking, counting, accounting and sorting of objects of value and packaging of packages of objects of value with a storage transport system which has a plurality of cyclically circulating transport loops;
• 5 a device for recognizing, checking, counting, accounting and sorting of objects of value and packaging of packages of objects of value with a storage transport system which consists of a single transport loop;
• 6th a device for recognizing, checking, counting, accounting and sorting of objects of value and packaging of packages of objects of value with a storage transport system and a configurable device or machine for recognizing, checking, counting, accounting and sorting of objects of value;
• 7th a device for recognizing, checking, counting, accounting and sorting of valuables and packing of parcels of valuables with a storage transport system in which two transport loops are connected with the aid of a pick-and-place robot;
• 8th a device for recognizing, checking, counting, accounting and sorting of objects of value and packaging of packages of objects of value with a storage transport system which consists of a plurality of interconnected transport loops;
• 9 a device for recognizing, checking, counting, accounting and sorting of valuables and packaging of packages of valuables with an area for unqualified and an area for qualified valuables;
• 10 a device for recognizing, checking, counting, accounting and sorting of valuables and packaging of packages of valuables with an area for unqualified and an area for qualified valuables, which is connected to an area with a higher security level;
• 11 rough flowchart of a method for controlling a system or a device for recognizing, checking, counting, accounting and sorting of valuables and packaging of parcels of valuables;
• 12th a method for controlling a system or a device for recognizing, checking, counting, accounting and sorting of valuables and packaging of packages of valuables; and
• 13th a device for recognizing, checking, counting, accounting and sorting of valuables and packaging of parcels of valuables with an area or a step that is used at the same time for delivery as well as for delivery.

1 shows a system 100 to create trustworthy packages of valuables with a preparatory stage V , a modular processing device 110 with an input area E. with conveyor systems 140 for entering valuables from the preparatory stage V and conveyor systems 141 for passing on valuables to a first processing area P with processing stages (hereinafter referred to as P _n to be designated; In the following, n is used as a counting variable for natural numbers, where n can take on the values 1, 2, 3, ...) with processing modules (which are referred to in the following with P _nm to be designated; In the following, m is also used as a counting variable for natural numbers, where n can take the values 1, 2, 3, ...) e.g. for recognizing, checking, counting, accounting and sorting of valuables, in which trustworthy packages of valuables are generated . The valuables are then passed on using conveyor systems 142 for assembling trustworthy packages of valuables in a second processing or output area A. and delivery using conveyor systems 143 to a delivery stage L. of the system from which the made-up packages of the valuables are delivered. The system also includes a controller S. who have favourited advance information IV via an information channel 155 and also requirement information IA via an information channel 165 receives and uses control information 161 , 162 , 163 and 164 for the system 100 to generate and via an information channel 160 to be transmitted to this. The control information activates and drives mechatronic devices that are currently and adaptively best suited for processing. In addition, the controller can S. on cache Z and corresponding conveyor systems T to the caches Z fall back on to further optimize the processing of valuables. More information is available on this 166 about expected orders and information 156 used over expected deliveries. Via the information channel 160 are also performance information IP through the stages and modules of the processing area P and information IT about the conveyor systems 140 , 141 , 142 , 143 and T to optimize the processing of valuables by the system 100 used.

The control S. performs the adapted activation, combination and configuration of the numerous levels and modules of the system 100 , especially the subsystems E. , P , A. and Z and the conveyor systems 140 , 141 , 142 , 143 and T . This often makes it possible to process several orders in parallel or in quick succession. For this purpose, the controller swaps S. information IV with the preparatory stage V and information IA with the delivery stage L. . She sends commands 161 , 162 , 163 , 164 to control the system 100 and the processing system 110 with its subsystems E. , P , A. , T , Z , Etc.

• • Erkennung des Nenn- oder Nominalwerts der Banknoten und der nationalen Herkunft, z.B. mittels Bilderkennung;
• • Echtheitsprüfung, wobei es für unterschiedliche Sicherheitsmerkmale einzelne Maschinen P_n oder Module P_nm geben kann, sofern nicht mehrere Sicherheitsmerkmale in einem Schritt überprüft werden können;

• • Überprüfung der des Zustands bzw. der Qualität der Banknoten bzw. allgemein der Wertgegenstände. Diese können durch mehrfachen Umlauf im geschäftlichen Verkehr physisch in Mitleidenschaft gezogen werden, weshalb sie ggf. für den Austausch vorgesehen werden;
• • Zählen.

They are very common in the system 100 processed valuables banknotes or coins. The machines or processing stages P _n of the processing area are often individual, different modules P _nm for carrying out different measurements or tests on, for example, the banknotes. Typical functions of these modules are:

• • Recognition of the nominal or nominal value of the banknotes and the national origin, eg by means of image recognition;
• • Authenticity check, whereby there are individual machines for different security features P _n or modules P _nm can give, unless several security features can be checked in one step;

• • Checking the condition or quality of the banknotes or, in general, the valuables. These can be physically affected by repeated circulation in business dealings, which is why they may be provided for exchange;
• • Counting.

After passing through all of these tests, the valuables are sorted, validated or qualified and quantified, i.e. counted and assessed. They are then typically assigned to a higher security level.

The processing area preferably delivers P Trustworthy parcels of qualified, sorted and precisely counted banknotes, which can then be further used as part of the packaging.

2 shows a system 200 for recognizing, checking, counting, accounting and sorting of valuables and packaging of parcels of valuables with a preparatory stage V , an institution 210 for recognizing, checking, counting, accounting and sorting of valuables and packaging of parcels of valuables, a post-processing stage L. and a controller S. . The establishment 210 represents a modular processing device or mechatronic system. It comprises input stages E _n an entrance area E. , Machines or processing stages P _n a processing area P for recognizing, checking, counting, accounting and sorting of valuables and machines At an output area A. for assembling trustworthy packages of valuables, which are used as output or output stages of the mechatronic system 210 can be viewed. The valuables are initially transported by the Preparatory stage V to the entrance steps E _n of the mechatronic system 210 via conveyor systems 140 . Within the mechatronic system 210 the transport takes place with the help of conveyor systems 141 , 142 and T either directly with the components of the mechatronic system 210 connected or via switches 245 (or other connection modules) with other conveyor systems 141 , 142 , T and / or the machines P _n and or At are connected. Assembled packages of valuables are transported via further conveyor systems 143 to the follow-up stage L. brought. In addition, the system has 200 via a buffer Z .

The control S. exchanges information or commands to control the system 200 via the information channel 155 with the preparatory stage V , via the information channel 160 with the mechatronic system 210 and via the information channel 165 with the follow-up stage L. out.

The processing of the valuables can be done within the mechatronic system 210 and with the help of the conveyor systems 140 , 141 , 142 , 143 and T or the control S. take place fully automatically. The processing can also be optimized with regard to processing times and costs. This is achieved on the one hand by the conveyor systems 140 , 141 , 142 , 143 and T and the switches 245 with which the processing of the valuables on several machines P _n can be distributed or concentrated on. On the other hand, machines can P _n be omitted or interconnected in such a way that only the machines necessary for the processing P _n be traversed by the valuables. In addition, the buffer Z can be used to intercept jams or overproduction or the valuables from the active components of the mechatronic system that are not required for the delivery of parcels of valuables 210 to remove. In addition, deliveries of valuables that come from a jeweler and accordingly contain banknotes with a higher nominal value can be given preference and processed with a higher priority if banknotes with a higher nominal value are needed for the packaging of packages to be delivered.

The optimization of the processing of valuables can be done in the system 200 particularly effective, since as much information as possible is collected and used that is about the individual components of the system 200 and the valuables that are in it, that are delivered and requested, are available. Valuables in the preparatory stage V have already been pre-sorted and pre-qualified, for example, in special entrance steps E _n can be loaded, giving direct access to the specialized machines P _n , e.g. for particularly fast processing. Of course, this also applies to systems 200 that are less automated, ie especially for systems 200 where the conveyors 140 , 141 , 142 , 143 and or T represent simple transport routes.

The system 200 In this way, it enables valuables from different depositors to be processed spatially separated from one another. If, for example, bank notes are delivered from a first bank, they can be _{passed on to the input stage E 1} and processed by the subsequent processing stage P ₁ . At the same time, banknotes from a second bank can be _{passed on to the input stage E 2} and processed by the processing stage P ₂ . In this way, banknotes from different financial institutions can be processed at the same time, the separation of the banknotes according to their depositors being guaranteed at all times.

The entrance steps E _n can be designed differently. They can be designed as locks, gates, doors or flaps. In addition, they can have slides, fall tracks or conveyor belts for the valuables, so that these from the preparatory stage V can be safely forwarded to the processing area.

The same applies to the output levels At . They can be constructed in a similar way to the entrance steps, but have additional filling and / or stacking devices in order to equip delivery containers such as safe bags, ATM cassettes, Nota-Tracc trays or pallets with individual banded packages of valuables.

3 shows a system 300 for recognizing, checking, counting, accounting and sorting of valuables and packaging of parcels of valuables, in which the transport of the valuables within a mechatronic system 310 using a storage transport system and transport containers or small transport containers 380 , 381 and 382 he follows. The storage transport system comprises a plurality of conveyor systems 141 , 142 , T and 325 . The plants lead 325 Transport container or small transport container 380 that are empty from the machines At of the output area A. to the entrance area E. back. The facilities 141 and T move transport containers or small transport containers 381 that contain untrustworthy packages of valuables. The facilities 142 transport, however, transport containers or small transport containers 382 by the processing stages P _n contain checked packages of valuables, ie are trustworthy. This is preferably Small transport containers, e.g. 300 to 800 Be able to grasp banknotes and pick them up safely. In addition to simple containers, the small transport containers can also be designed in the form of clamps and / or grippers. The entrance steps E _n and the machines At of the output area A. differ in this case from the stages described above E _n and At by mechatronic devices for removing valuables from the small transport containers or from delivery containers, such as remaining money from delivered ATM cassettes or special storage containers for banknotes, such as Nota-Tracc trays, or for filling the small transport containers 380 , 381 and or 382 with valuables or from delivery containers with packages of valuables. The same applies to the machines P _n of the processing area P and the cache Z . Switches 245 (or other connection modules) couple the individual conveyor systems 141 and T or. 142 with each other or with the machines P _n and At . The system 300 also has a controller S. on which, in addition to the information described above, also includes information on the small transport containers 380 , 381 and 382 and their content collects and uses. The information required for this is provided via the channel 160 exchanged, which also the commands of the controller S. to the mechatronic system 310 transmitted.

The mechatronic system 310 on the one hand take up a larger volume of valuables and at the same time process and transport them. On the other hand, it can better control the number of valuables transported at the same time. This opens up new possibilities for optimizing the processing of valuables by the control S. created and existing opportunities better used. The filling of the small transport containers 381 through the mechatronic devices of the input stages E _n , the container 382 through the machines P _n of the processing area P _n or the machines At of the output area A. takes place in a way that further processing or storage of the valuables by the mechatronic system 310 ensures. Manual steps and the associated security risks can thus be largely avoided or reduced to exceptional cases.

The control S. takes care of using the information channel 160 for an adaptively controlled transport and an adaptively controlled processing of the valuables within the mechatronic system 310 . The transport takes place with the help of the modularly activated and combinable conveyor systems 140 , 141 , 142 , 143 , 325 and T . The processing can thus be optimized in terms of processing times, processing costs, security and trustworthiness of the processed valuables. This is achieved on the one hand by an improved adaptability by adding the branches and nodes or switches 245 be set in the transport routes in such a way that the processing is carried out in a suitable manner on the way from E via P to A in series or in parallel as required, or the stages necessary for processing E _n , P _n and At be approached. If, for example, the speed of the P-stages is only half as high as that of the E-stages, then an E-stage delivers via an alternately switchable branch or switch 245 on two P-stages working in parallel.

In addition, the buffer Z are not only used to intercept jams or overproduction or the valuables not required for the delivery of parcels of valuables from the active components of the mechatronic system 210 to remove, but also to empty small transport containers 380 for later filling, e.g. in case of peaks in the delivery of valuables or small transport containers 381 and or 382 to be kept for later processing and / or delivery.

• • Kleintransportbehälter 380 ohne Inhalt,
• • Kleintransportbehälter 381 mit nicht qualifiziertem, nicht quantifiziertem und damit nicht vertrauenswürdigem Inhalt,
• • Kleintransportbehälter 382 mit qualifiziertem, quantifiziertem und damit vertrauenswürdigem Inhalt.

In the system shown 300 the valuables are transported using transport containers or small transport containers 380 , 381 and 382 transported. Within the editing system 310 are in operation

• • Small transport containers 380 without content,
• • Small transport containers 381 with unqualified, unquantified and therefore untrustworthy content,
• • Small transport containers 382 with qualified, quantified and therefore trustworthy content.

The small transport containers 380 are in the entrance steps E _n filled with valuables, for example a loosely grouped amount of banknotes, and then form a filled or only partially filled small transport container 381 with an untrustworthy package of valuables. The empty shipping containers 380 come via the transport route 325 for input E. or via transport routes T from the cache Z . Through the processing stages P _n the valuables or banknotes are qualified and quantified. In the processing area, qualified objects of value are combined into trustworthy packages, with the value information being sent to the controller S. are fed. The control S. arranges the pickup container 382 with the trustworthy package, the value information, for example using an identifier or an identifier on the small transport container 382 the package contained therein. After processing P there are trustworthy packages of valuables. These are preferred again in small transport containers 380 filled, either via a transport route 325 from the output area A. or a transport route T from the buffer Z or another area (not explicitly shown). This creates trustworthy filled small transport containers 382 . These are from P over the transport device 142 to the output area A. guided. There they provide the raw material for the production of the requested deliveries of trustworthy packages of valuables. According to the control commands, the requested valuables are removed from the small transport containers as required 382 taken mechatronically.

The control S. can also send the request information 165 together with the information about other small transport containers in the mechatronic system 310 To do this, use exactly the right amount and type of valuables in small transport containers 382 to be filled in order to suitably expand or complete a delivery. This serves as part of the controller S. or separately formed a processing information system BIS (not explicitly shown), which the entire value information from the system 300 managed. The value information runs via the information interface 160 or by other means.

The return of the emptied small transport containers 380 from A to E or from A to P and possibly in the buffer Z takes place via transport devices 325 .

4th shows a system 400 for the production of trustworthy packages of valuables, in which the transport of the valuables within a mechatronic system 410 takes place with the help of a combined storage and transport system. The mechatronic system 410 also has an area 405 with a higher security level. The area 405 is with conveyors 425 for small transport containers 381 with untrustworthy packages of valuables and conveyors 430 for small transport containers with trustworthy packages in the storage transport system of the mechatronic system 410 integrated. In addition, with the help of the conveyor systems 415 Valuables from the preparatory stage V straight into the area 405 be stored with the higher security level. The storage transport system includes besides the conveyor systems 141 , 142 , T and 325 also cyclical circulating transport loops 420 . In addition, the mechatronic system has 410 Via a processing stage P ₁ , in which processing _{modules P 1n are connected in} series.

The area 405 The higher security level can be used in the event of incidents, processing bottlenecks or maintenance work to safely store valuables or to protect them from theft or destructive influences such as fire. Through the conveyor systems 425 and 430 this can be done fully automatically. In addition, valuables can be removed from the preparatory stage V about the plants 415 straight into the area 405 can be transported without having to go to the entrance steps E _n must be forwarded. This increases the capacity of the system in a secure manner, especially when valuables are delivered that are only at a later point in time in the entrance step E _n can be edited.

By connecting the processing _{modules P 1n in series} , the processing of the valuables can take place directly and therefore particularly quickly. The system 410 has, in preferred embodiments, further processing stages P ₂ , P ₃ , etc., which are not explicitly shown here.

The cyclically circulating transport loops 420 perform different tasks. On the one hand, they serve as a dynamic buffer to which the mechatronic system can access 410 can access it very quickly and easily. On the other hand, they serve the input stages E _n , the machines P _n of the processing area P or the machines At of the output area A. to connect with each other in such a way that the transport routes of the valuables can be optimally designed. For example, using the transport loops 420 individual modules P _{1n of} the processing stage P _{1 are} omitted or skipped, which are not needed for processing the objects of value, although the modules P _{1n are connected in} series.

5 shows a mechatronic system 510 as part of a system 500 , that is a branched, cyclically circulating transport loop 520 with switches 245 having both the input stages E _n as well as the machines P _n the processing area and the machines At of the output area A. of the system 500 connects with each other. In this embodiment, the machines include four processing _{modules P n1} , P _n2 , P _n3 and P n4, which in turn are connected in series. The use of a single, cyclically circulating transport loop 520 to connect all subsystems and components of the system 510 reduces the effort for switches and / or grippers to connect different conveyor systems. At the same time, it has the advantage of having different input levels E _n and different levels of output At via transfer devices 141 and 142 to the transport loop 520 be connected. In order to can be done using the advance information IV the filling of the small transport containers with valuables is automated at the appropriate steps E _n respectively.

Furthermore, the filling of the output container with trustworthy parcels of valuables at the specially suitable steps At occur. The transport loop 520 can via branched abbreviations 521 as well as branched storage lines 522 or overtaking lanes, which means that the control system S. the position and order of the containers on the transport device as required 520 can be changed. The two processing module chains P ₁ and P ₂ shown have different performance parameters for different tasks in the exemplary embodiment. Thus the system can 500 Carry out high-precision, slow tests on one module chain, for example, and at the same time carry out fast processing of large quantities in a short time on the second module chain.

6th shows a mechatronic system 610 as part of a system 600 with at least one fast lane 605 . There are also three cyclical transport loops 420 coupled together in such a way that they are the input stages E _n , the processing stage P ₁ and the output stages At of the mechatronic system 610 connect with each other. The processing modules or processing devices P _{1n of} the processing stage P ₁ are also connected partly in series and partly in parallel. You can activate turnouts 604 can be controlled, for example on the basis of the advance information IV and output information IA . The figure shows an activated configuration, with over the controller S. other configurations can also be produced and operated.

The processing modules P ₁₂ to P ₁₄ connected in parallel can be used, on the one hand, to increase the cycle rate for processing the valuables by using several modules at the same time and thus to reduce the processing time of orders. On the other hand, the modules connected in parallel can also fulfill various functionalities that are available through selective control of the transport routes for processing the valuables. _{The five processing modules} P 1n shown in the example can therefore be understood as a configurable machine for recognizing, checking, counting, accounting and / or sorting objects of value.

The use of three coupled transport loops in the system 610 It also enables more flexible transport routes for the small transport containers or transport containers 380 , 381 , 382 to realize. The use of the fast lanes 605 It also makes it possible to implement transport routes in which the middle of the transport loops 420 is skipped. By activating the overtaking lane at exactly the right point, the desired small transport container is transported as quickly as possible between the transport loops that do not come into direct contact. This device allows the system to be operated without a separate return transport route because the containers are empty 380 via the fast lane to the entrance steps E _n Can be transported to wherever they are from the entrance steps E _n be received. The refilling of the small transport containers 380 then takes place by means of new from the preparatory stage V over the transport routes 140 coming valuables.

7th shows a powerful and complex mechatronic system 710 as part of a system 700 , in which at least one three-dimensionally movable pick-and-place robot 705 two cyclically circulating transport loops 420 couples with each other. The pick-and-place robot 705 enables direct and targeted access to individual small transport containers 380 , 381 and 382 . In addition, the mechatronic system has 710 via a processing stage with processing modules P ₁₁ to P ₁₅ .

This pick-and-place function is preferably used to pick up a small transport container with suitable contents directly and to transport it to the suitable delivery point, e.g. to a free space on the transport loop or directly to a processing _module P 1n or A machine or E -Machine. The pick-and-place robot 705 can also be used to track the order of the small transport containers on the conveyor systems, such as the transport loops in this example 420 to change or to transport small transport containers from one transport loop to the other. In a particularly preferred embodiment, a gripping device 705 used to move the small transport containers between different vertically stacked layers of transport loops or storage transport levels. This allows a particularly space-saving design.

8th shows a mechatronic system 810 as part of a system 800 with a plurality of modular and individually activatable and controllable cyclical circulating transport loops 420 and a plurality of processing _modules P 1n, which are arranged in the form of a matrix and are connected to one another in such a way that each of the control units S. activated processing modules P _1n the valuables from the transport path formed or from the transport loops 420 can be removed and after processing again on the same or another cyclically circulating transport loop 420 can drop. The transport loops 420 are connected to one another in a precisely controlled manner, typically cyclically by others Circumferential transport loops or turntables, so that valuables can be transported to any location in the mechatronic system 810 can be transported, which are intended for the transport or processing of the valuables. To illustrate, a possible transport route is marked with a solid black line, while the modules and systems that are not involved in this route are shown with dashed lines.

In the preferred embodiment, the transport loops touch 420 in components that have a switch function so that the path of the small transport containers can be reliably controlled. The small transport containers are on the transport loops 420 transported with the help of static friction and sliding friction. The small transport containers are brought to a standstill in the appropriate positions so that the small transport containers and / or the valuables can be removed.

Such a network of conveyor systems 141 , 142 and 420 allows very diverse and flexible transport and processing routes and is therefore very adaptable. In particular, it makes it possible to route objects of value or packages of objects of value in a targeted manner to individual or a defined sequence of processing modules or processing _machines P 1n. The same applies to the supply systems of the output modules or machines At , in which the trusted packages of valuables are configured and packed for the purpose of delivery. This is how the mechatronic system becomes 810 Almost completely configurable in its function and in its components, devices and processing modules.

9 shows a mechatronic system 900 as part of a system 900 by a security partition or security enclosure 905 is surrounded. The case 905 makes it possible to mark the area in which the valuables are processed with a higher security level, since during the operation of the system 900 no personnel in the by the housing 905 created space can penetrate. In the case of many incidents, the valuables can remain in it and do not have to be relocated to other areas with a higher security level in additional steps. The machines E _n and At And with a suitable construction, the machines too P _n are mounted on the maintenance side of the safety partition wall for this purpose and access to the interior is not possible during maintenance work. As a result, the entire interior does not have to be used for maintenance work 905 be cleared.

The mechatronic system also has 910 via at least one switch 916 (or other connection modules), which with the help of conveyor systems 915 to the preparatory stage V is connected and with the help of other conveyor systems 915 Valuables at the entrance steps E _n of the secured processing system 910 forwards. This is all of the entry points E _n redundant and particularly fail-safe. The feed to the appropriate input points E _n and the activation of the appropriate functions in the input E. is done by the controller S. , especially depending on the advance information IV that are in the preparatory stage V be won. With the switches 916 Valuables can be placed on several entrance levels in parallel E _n be distributed. This avoids congestion when processing deliveries. Such parallelization is not only for the transport of valuables to the entrance steps E _n possible. Also the transport between the entrance steps E _n and / or the machines P _n and or At can be parallelized in this way (not explicitly drawn).

The mechatronic system 910 is constructed so that the input stages E _n and the processing stages or processing machines P _n with the help of cyclically circulating transport loops 420 are connected. Furthermore are the processing machines P _n with the output machines At also with the help of a cyclically circulating transport loop 420 connected. The storage transport system for valuables in the mechatronic system 910 is divided into two parts in this exemplary embodiment. Small transport container 381 with untrustworthy content are separate from small transport containers 382 with trustworthy content. The cyclically circulating transport loops 420 who have favourited the entrance steps E _n and processing machines P _n The processing area connects, only transporting valuables from the machines P _n have not yet been processed. The cyclically circulating transport loops 420 who have favourited the Processing Machines P _n and the output machines At connect, only transport already processed and thus validated valuables. This enables a clear spatial demarcation between processed and not yet processed valuables in the mechatronic system 910 .

10 shows a mechatronic system 1010 as part of an overall system 1000 that of a security enclosure 905 is surrounded and also over an area 1005 with an even higher security level. The area 1005 with an even higher security level is with the help of at least one safe and efficient transport device, for example a cyclically circulating transport loop 1017 to at least one of the transport loops 420 connected. Within the area 1005 A cyclically circulating transport loop is also preferred 1015 used with the cyclically circulating transport loop 1017 connected is. The two Spatial areas 1005 and 905 are separated from a security point of view and preferably only accessible through locks. When these locks are open, a transport is over 1017 possible.

Through the security housing 905 and the additional lockable security area 1005 can the mechatronic system 1010 react to incidents in different ways. In the case of simple incidents that can be resolved quickly and easily, it is usually not necessary to remove all valuables or all small transport containers that have been filled 381 and 382 from the transport loops 420 or conveyor systems 1017 or the input stages E _n , the processing machines P _n and the output machines At to remove. In the event of serious incidents, such as the outbreak of a fire, it is usually necessary to remove all valuables from the less strongly secured areas 905 of the mechatronic system 1010 in more secure areas 1005 to relocate. Because there are two different safety areas in this embodiment, downtimes due to the incidents just described can be reduced on the one hand and safety measures can be provided to respond to a large number of different incidents on the other.

11 shows the course of a procedure 1100 for operating a system for recognizing, checking, counting, accounting and sorting of valuables and packaging of packages of valuables. It is a process for producing trustworthy packages of valuables. An important application is the processing of banknotes in a cash center. The process begins with delivery 1110 of valuables at a preparatory stage V that comes from the delivery ramp or from an intermediate supply or from the vault area. In the preparatory stage V finds the next step 1120 of the method according to the invention instead, with advance information IV corrected and / or generated and / or confirmed and / or supplemented with regard to the valuables. The valuables are in a subsequent step 1130 at entrance steps E _n forwarded. In at least one of the processing machines P _n become the valuables in step 1140 qualified and quantified, ie recognized, checked, counted and / or sorted. In addition, the value information of the objects of value is sent to the controller for billing purposes S. or another corresponding information and / or control unit. The qualified and quantified valuables are in the next step 1150 assembled and issued. The made-up parcels of valuables are now ready for delivery 1170 at the post-processing stage L. ready.

The control S. monitors, controls and controls the provision and activation of the required levels, modules and machines E _n , P _n or. P _nm , A _n , 140 , 141 , 142 , 143 , T , 325 , 420 , 1017 , ... and the individual process steps. The controller collects and uses it for this purpose S. Information from the preparatory stage V , the mechatronic system 110 , 210 , 310 , 410 , 510 , 610 , 710 , 810 , 910 or 1010 and the follow-up stage L. .

The method can also have intermediate steps not mentioned, combine steps and run through in a different order.

The process enables comprehensive management and control and thus optimal processing of the valuables, which can be adapted to changing delivery and demand conditions. The method thereby increases the reliability, security and predictability of the system.

12th shows the steps according to the invention for controlling the processing system, its stages and modules in further exemplary details.

step 1210 consists of checking and / or generating and / or supplementing and / or correcting the advance information in the preparatory stage V .

step 1220 includes the use of the advance information in a controlling information technology system and / or the controller S. . The advance information is preferably combined IV from the preparation area V with the requirements information IA from the delivery stage L. . In addition, there is additional information from future forecasts and past evaluations based on digital data analyzes as required and available.

step 1230 includes sending control signals to the processing system 100 , 200 , 300 , 400 , ff. This controls the provision, linking and activation of the levels, modules and machines. In addition, the appropriate configuration is carried out on the machines, in particular the interconnection of the individual processing modules P _nm .

In step 1240 the activation of the transport elements, for example with regard to direction, speed, switch position, etc., is not only based on the advance information IV but in particular on the basis of the status information, where exactly which small transport containers are located with which filling, and the request information IA . The controller thus controls S. the position and movement of the valuables and the possibility of accessing the valuables.

In step 1250 suitable buffers are activated Z For example, to bring valuables or small transport containers with valuables stored outside the processing area into the storage transport system when the system is started.

In step 1130 the input of the prepared valuables is controlled, with the advance information IV to control the most appropriate input stages E _n to be used.

In step 1140 the activation, combination, control and the most suitable processing modules takes place P _nm as well as the conveyor systems and intermediate storage Z .

step 1150 also includes advance information IV and At receivables information IA Controlled packaging and issuing of trustworthy packages of valuables in the issuing stages At .

step 1260 includes the decision as to whether the finished, trustworthy packages of valuables should be delivered or stored.

step 1160 includes the secure handover to the delivery stage when deciding on a delivery L. and the delivery of the trustworthy packages of valuables.

According to the method described here for producing trustworthy parcels from objects of value, bank notes, for example, pass through at least one subsystem or stage E _n for input, at least one subsystem or level P _n for processing or for recognizing and sorting processing and at least one subsystem or level At for the packaging and distribution of defined and trustworthy packages of valuables. There is also at least one subsystem S. available for control and at least one adaptive subsystem for transport consisting of conveyor systems and, if necessary, subsystems Z for the intermediate storage and buffering of half-finished packages of valuables. There can be a connection to existing safe or storage systems.

The method is based on the system-controlled filling, movement and emptying of small transport containers, which can be designed, for example, as a box, can, basket, crate, box, bag, Nota-Tracc-Tray or similar, gripper or clamp. According to the invention, the processing plan, such as the small transport containers that can be filled with valuables, are moved and processed, is controlled by the control S. elaborated the preliminary information IV , Operating status information IP and preferably also requirements information IA used.

The first step in the process is usually to collect valuables or packages of valuables that are still in delivery containers in a preparatory stage V to receive and prepare for the further processing steps. This preparatory stage V lies before the subsystem in the process E. for input, but according to the invention V already supplies advance information IV to the system and subsystems E. , P , A. , T , Z etc. to control.

In the preparatory stage V the delivered valuables are positioned in a receptacle in which they can be further processed by one of the entrance steps E _n can be fed. These processing steps can also be included in a comprehensive optimization of the processing of valuables and packages of valuables by the system. In many cases, the objects of value represent banknotes and / or coins. For example, the processing of cash through standards and security features is particularly suitable for machine processing.

The valuables can then be put in small transport containers 380 are brought in, which thus contain as content a quantity of objects of value that is not precisely and not yet trustworthy defined. These small transport containers 381 are preferably used to transfer the valuables via an adaptively controlled upstream preparatory transport system from the preparatory stage V to the input stations E _n to transport. The control of the suitable input stations E _n does the control S. in particular on the basis of the advance information IV .

Often at the same time to numerous advance information IV the system has a lot of requirement information IA to request parcels of valuables to be delivered. This requirement information IA include which customer should receive which number of which valuables as a trustworthy package. Alternatively, this request information runs IA only during the ongoing processing or they are predicted on the basis of data analyzes.

So there is advance information IV that are in the preparatory stage V generated and / or received and / or used and request information IA that are generated and / or received and / or used in the system according to the invention.

A control unit S. receives advance information IV , Requirements information IA and Performance information IP , e.g. on the availability of equipment and elements E. , A. , P , T , Z in the system as well as information IT about the condition of the conveyor systems and the position of the transport containers or valuables in the system. Depending on this information, the system controls further processing, from transporting, measuring, testing and sorting to the packaging and delivery of the requested trustworthy parcels of valuables.

The valuables are sent to at least one transport system in the subsystem area P hand over the valuables to at least one facility P _n forwarded for recognizing, checking, counting, accounting and / or sorting of valuables. For this purpose, the filled small transport containers are preferably handed over 381 about the input E. to the adaptive transport system that goes to the activated processing modules P _nm leads. According to the invention, the adaptable transport system is also based on the advance information IV , the operating status information IP or. IT and / or based on the request information IA controlled, preferably by prior information IV in combination with requirement information IA .

The subsystem P with its devices and machines, the processing or processing, in particular selected from the recognition, checking, counting, accounting and sorting of objects of value. In the subsystem area P stand-by devices and / or elements become an activated subsystem P combined in order to recognize and / or sort and / or count and / or check and / or account for and / or pass on the valuables as required. In the preferred case, the controller generates S. the activated subsystem P for processing in an optimized way, whereby unnecessary elements are not activated or otherwise used.

The control of the transport route of the small transport containers and / or the use of the devices in the processing subsystems P _n or. P _nm is from the advance information IV and / or the request information IA and / or the performance information IP and / or the information IT etc., ie on all information received from the controller S. recorded, processed and sent. The objects of value are preferably removed from the small transport containers for the purpose of processing and then in at least one processing stage or processing unit P _n recognized and / or checked and / or counted and / or sorted, so that trustworthy and absolutely defined information on the objects of value in terms of quality, authenticity, value, etc. is created. The trustworthy value information for the generation of semi-finished trustworthy parcels or finished trustworthy parcels of objects of value or banknotes is stored in the processing system P created.

The processing or processing of the objects of value, e.g. by means of sorting and counting, generates absolutely defined and trustworthy objects of value and, depending on the control instruction, packages of objects of value to which the value information is assigned. These trustworthy packets do not necessarily have to be the requested packets at this point, but can be semi-finished packets that are further transported and / or temporarily stored.

Half-finished trustworthy packages are dependent on trustworthy value information and request information IA filled into suitable small transport containers and / or passed to other suitable containers or devices. These semi-finished trustworthy packages with value information are preferably surrounded by secure small transport containers. If necessary, they are in subsystems Z or temporarily stored in the transport system or directly for packaging and subsequent output A. forwarded. The control S. controls the intermediate storage and / or forwarding depending on the prior information IV and / or the request information IA Etc.

After processing in at least one subsystem P the generated trustworthy packages of valuables are preferred by an adaptive transport system depending on the request information IA for packaging and output A. guided. The assembly as part of the subsystem A. generates the requested defined and trustworthy packets with the requested value information from suitable defined and trustworthy packets with suitable value information. These are in the output subsystem A. placed in delivery containers and the delivery containers such as safe bags, Nota-Tracc trays or ATM cassettes are sealed. Alternatively, the delivery packages are securely wrapped in foil, for example if entire packages of bundled, sorted banknotes are to be returned to the central bank. The delivery packages are transported through the delivery device, for example a lock, for delivery to customers by a delivery transport system, which is usually done by transport devices outside the system according to the invention and with no small transport containers but delivery containers being transported.

In the preferred embodiments, the system includes a machining control system S. that the activation and combination which controls the subsystem, apparatus and devices. In addition, the system can have a processing information system for managing, in particular, the value information and property information of the objects of value in association with the packages of objects of value in the system. Such a processing information system allows the identification of the valuables stored in the small transport containers and brought to the output packages and the deliveries made with them. Attention is paid to the highest level of security and freedom from errors in order to ensure the trustworthiness that is provided in the processing in the subsystem P has been achieved.

The method is characterized in particular by the fact that already in the preparatory stage V those from the controller S. advance information used IV which are used to control the system and the subsystems. At the same time, the Processing P generated value information by means of the controller S. or another control information system, so that the trustworthy packages can be produced and delivered with the highest level of security. It goes without saying that the invoicing and account assignment of the delivered valuables is also carried out correctly.

13th shows another mechatronic system 1310 as part of a system 1300 , in which an input stage is also designed to output packages of valuables. The input and output stage 1320 is used for both the delivery and the preparation and follow-up of valuables. The input and output stage 1320 can use mechatronic removal devices for removing delivered objects of value from delivery containers and for removing items from the system 1300 Valuables already processed from the small transport containers 380 , 381 and 382 exhibit.

The mechatronic system 1310 also has a cyclically circulating transport loop 420 with a junction 1340 to the input / output stage 1320 on and further branches or branches 1340 to processing stages P ₁ or P ₂ . The mechatronic system also has 1310 via a pick-and-place robot 705 that the content 1345 of transport containers 381 and 382 can transport specifically to the processing stages P ₁ and P ₂ .

The transport of the small transport containers 380 , 381 and 382 gets off the transport loop 420 using switches 245 controlled.

The mechatronic system has a control S. that are across the canal 1350 with information about the valuables from the entrance and exit stage 1320 and across the canal 160 with information about the mechatronic system 1310 is supplied. In order to be able to guarantee the latter, the transport loop 420 be equipped with cameras that monitor the transport containers moving by 380 , 381 and 382 film and identify. This information includes both information IV about delivered as well as information IA about requested or delivered valuables.

The system 1300 is characterized by an efficient use of the delivery and delivery area 1320 out. That way the system can 1300 can be made very compact.

glossary

Conveyor system

Conveyor systems are machines and systems that are used to convey goods such as transport containers. Depending on the type of material being conveyed, they can be divided into conveyors for piece goods (e.g. boxes or containers) and conveyors for bulk goods (e.g. coins). Examples of conveyor systems are belt, roller or chain conveyor systems, which are also referred to as assembly lines, pick-and-place robots or vehicle systems that include autonomously operating modules with their own drive.

Nota-Tracc-Tray

A Nota-Tracc-Tray is a multifunctional storage and security system for banknotes. Nota-Tracc-Trays can be designed with or without a protective cover and both variants can be stacked. You are e.g. for operation in a cash center. To ensure the security of the cash, the trays are made of a special unbreakable plastic. A Nota-Tracc-Tray is available in 3 versions for up to 3,000, 4,000 and 5,000 banknotes, each version is available with a transparent protective cover.

Pick-and-place robots

A pick-and-place robot is an industrial robot that can use a gripper arm or a rail system to move workpieces or containers to any position within its radius of action.

Transport container or small transport container

A transport container or small transport container is a device for receiving a quantity of objects that is not necessarily precisely defined. A transport container can be open or be made lockable. It can be boxes, cans, baskets, crates, boxes, bags, Nota-Tracc trays or the like, clips, grippers or enclosing vessels or devices.

Processing module

A processing module is a machine or a part of a machine for recognizing, counting, checking, accounting or sorting of valuables. Processing modules are integrated in processing stages in a serial or parallel sequence. Several processing modules can also be combined into one module with several functionalities for recognizing, counting, checking, accounting or sorting of valuables, e.g. to process banknotes of different currencies.

Processing stage

A processing stage is a machine that usually comprises several processing modules for recognizing, counting, checking, accounting or sorting of valuables. Processing stages are used to produce trustworthy packages of valuables, e.g. banded packages of banknotes, which can contain one hundred or a thousand banknotes.

Trustworthy packages of valuables

A trustworthy package of valuables has valuables, e.g. banknotes or coins in a precisely defined and known quantity - number - and quality - authenticity, good condition, denomination and other value parameters. It can be surrounded by a secure casing or a band or a transport container.

Cyclically circulating transport loop

A cyclically circulating transport loop is a circulating conveyor belt on which, for example, specimen slides or transport containers are transported. Cyclically circulating transport loops can be linked to networks by installing switches that decide in which direction the slides are moved.

List of reference symbols

100

System for creating trustworthy packages of valuables

V

Preparatory stage

110

Mechatronic system

L.

Delivery stage or post-processing stage

S.

Control of the mechatronic system 110

E.

Input area with input machines and / or input stages of the mechatronic system 110

P

Processing area with processing stages of the mechatronic system 110

A.

Output area with output machines and / or output stages of the mechatronic system

Z

Temporary storage of the mechatronic system 110

T

Conveyor system

IV

Information from the preparatory stage V

IA

Information about requested packages of valuables

IP

Performance information

IT

Information about conveyor systems and intermediate storage

140

Conveyor system from the preparatory stage V to the entrance area E.

141

Conveyor system on the way from E. to P

142

Conveyor system on the way from P to A.

143

Conveyor system of A. to the delivery or post-processing stage L.

155

Information channel between the preparatory stage V and the control S.

156

Additional information about expected deliveries

160

Information channel between the mechatronic system 110 and the control S.

161

Information on the condition and position of the valuables

162

Information about controlling the input E.

163

Information on controlling the processing modules or machines in the area P or the quantifying and qualifying processing

164

Information on controlling the packaging and output

165

Information channel between the follow-up stage L. and the control S.

166

Additional information about expected orders

200

Systems for recognizing, checking, counting, accounting and sorting of valuables and packing of parcels of valuables

210

Mechatronic system

En

Entrance level of the input area E. of the mechatronic system 210

Pn

Processing stage or machine of the processing area P of the mechatronic system 210

At

Output level or machine of the output area A. of the mechatronic system 210

245

Switches for conveyor systems 141 , 142 and or T

300

System for creating trusted packages of valuables with a storage transport system

310

Mechatronic system with a storage transport system

325

Conveyor system for returning empty transport containers

380

Small transport container empty

381

Small transport container filled with NON-trustworthy packages of valuables

382

Small transport containers filled with trustworthy packages of valuables

400

System for creating trusted packages of valuables with a higher security area

405

Security area with a higher security level

410

Mechatronic system with secure intermediate storage 405

415

Conveyor system for the transport of valuables between the preparatory stages V and the area with a higher security level

420

cyclically circulating transport loop as storage transport element

425

Conveyor system between storage transport system and security area 405 for small transport containers 381

430

Conveyor system for the transport of valuables between areas with different security levels within the mechatronic system for small transport containers 382

Pnm

Processing modules of a processing stage or machine P _n of the processing area P of the mechatronic system 410

500

System for generating trustworthy packages of valuables with a branched, cyclically circulating transport loop

510

Mechatronic system with branched, cyclically circulating transport loop

520

Branched, cyclically circulating transport loop

521

Shortcut route in the storage transport system

522

Storage route in the storage transport system

600

System for creating trusted packages of valuables with a direct transfer lane

604

Switch for branching within the processing stage P ₁

610

Mechatronic system with transfer lanes

700

System for generating trustworthy packages of valuables with a pick-and-place robot

705

Pick-and-place robots for directly picking up and delivering selected small transport containers

710

Mechatronic system with a pick-and-place robot

720

magazine

800

System for generating trustworthy packages of valuables with a plurality of networked conveyors 141 , 142 , 420

810

Mechatronic system with a number of networked conveyor systems 141 , 142 and 420

900

System for creating trustworthy packages of valuables with security enclosures

905

Security housing

910

Mechatronic system with safety housing

915

Conveyor system from the preparatory stage V to a switch

916

Switch for conveyor systems 915

1000

System for creating trusted packages of valuables with security cache

1005

Security cache with a higher security level

1010

Mechatronic system with safety buffer 1005

1015

Transport loop within the area with a higher security level

1017

Transport loop to connect one of the transport loops 420 with the transport loop 1015 in the security cache

1100

Method for controlling a system for recognizing, checking, counting, accounting and sorting of valuables and packaging of packages of valuables

1110

Delivery to the preparatory stage V

1120

Opening the delivery container in the preparation stage V

1130

Entering the valuables in the entrance steps E _n

1140

Processing of valuables in the processing area P

1150

Packing and distribution of parcels of valuables

1160

Delivery of valuables in the delivery stage L.

1200

Method for generating trustworthy packages of valuables with control based on prior information IV

1210

Opening the delivery container in the preparation stage V and receiving and / or checking and / or generating advance information IV

1220

Use of the advance information IV and the request information IA

1230

Activation of the appropriate apparatus and devices in E. , P and A.

1240

Activation of the transport elements

1250

Activation of the appropriate buffers Z

1260

Control whether intermediate storage or storage in the safe or delivery

1300

System for generating trustworthy packages of valuables with a pick-and-place robot

1310

Mechatronic system with a pick-and-place robot

1320

Entry level and exit level for the delivery / delivery or preparation / follow-up of valuables

1340

Junction

1345

Contents of transport containers

1350

Information channel between the stage 1320 and the control S.

Claims (26)

Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) for recognizing, checking, counting, sorting and, if necessary, accounting for valuables and for assembling packages of valuables with the following components: at least one input stage (E _n ) which is designed such that it can fill objects of value into a plurality of transport containers (380, 381, 382); - A plurality of processing stages (P _n ) for recognizing, checking, counting, sorting and, if necessary, accounting for the objects of value; - At least one output stage (A _n ) for assembling and packing the valuables; - At least one storage transport system for transporting and storing the plurality of transport containers (380, 381, 382), the storage transport system being designed in such a way that the transport containers (380, 381, 382) - from the at least an input stage (E _n ) to at least one of the processing stages (P _n ) and / or - from the at least one input stage (E _n ) to at least one of the output _{stages (A n} ) and / or - from at least one of the processing stages (P _n ) can transport to at least one of the output _{stages (A n} ) and / or - from at least one of the processing stages (P _n ) to another processing stage (P _n ); - The processing stages (P _n ) having one or more devices with which the objects of value can be removed from the transport containers (380, 381, 382) and, after the objects of value have been processed, again in one of the transport containers (380, 381, 382) of the Storage transport system can be stored, whereby the depositing of the objects of value in the respective transport container takes place in particular in a form that the objects of value can then be processed by a further processing stage (P _n ); and - wherein the device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) has a controller (S) which is designed to determine the transport routes of the objects of value and / or of the packages of objects of value within the storage transport system and / or in the device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) with the aid of the transport containers (380, 381, 382). Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010, 1310) according to the preceding claim, characterized in that the Transport containers (380, 381, 382) are assigned information about the objects of value contained therein, which clearly identify the person who pays the objects of value. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the controller (S) is designed such that - in the preparatory stage ( V) present advance information about received valuables and / or packages of valuables and / or - information about the valuables and / or packages of valuables that are in the storage transport system and / or the device and / or - information about Parcels of valuables to be delivered and / or ordered to optimize the transport routes and / or processing steps for valuables and / or parcels of valuables in the storage transport system and / or in the device, in particular with regard to processing times, duration and / or costs, can use. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to the preceding claim, characterized in that, in order to optimize the transport routes and / or the processing steps, the control (S) provides information used about the valuables and / or packages of valuables, in particular information about - the payer and / or purchaser - and / or the quantity - and / or the denomination and / or composition - and / or the origin and / or the destination - and / or the quality and / or the condition - and / or the packaging - and / or the intended use - and / or the authenticity - and / or the position of the objects of value and / or the packages of objects of value in the device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310). Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that external information sources are used to transport and process the valuables through the device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310). Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to the preceding claim, characterized in that the controller is designed to provide information about processing times and / or processing costs of individual processing stages (P _n ) and / or output stages (A _n ) to control the transport routes of the objects of value and / or the packages of objects of value within the storage transport system and / or in the device. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the storage transport system is connected to at least one area (405; 1005) , in which valuables and parcels of valuables can be stored with a higher security level than in the storage transport system. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one of the input _{stages (E n} ) is equipped with a mechatronic filling device which Can fill objects of value and / or packages of objects of value into the transport containers (380, 381, 382) of the storage transport system. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one of the input stages (E _n ) is equipped with a mechatronic removal device which Can remove valuables and / or packages of valuables from delivery containers. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one of the output stages (A _n ) is equipped with a mechatronic removal device which Objects of value and / or packages of objects of value can be removed from the transport containers (380, 381, 382) of the storage transport system. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one of the output _{stages (A n} ) is equipped with a mechatronic filling device which Can fill objects of value and / or packages of objects of value into the transport containers (380, 381, 382) of the storage transport system. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one input stage (E _n ) is designed such that it is used to output Parcels of valuables from the device is suitable. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the storage transport system comprises a plurality of conveyor systems (141, 142, T ; 325; 420, 425, 430; 521, 522; 605; 705; 1010, 1015) for the transport containers, the conveyor systems being designed in such a way that the transport containers (380, 381, 382) from one of the conveyor systems (141, 142, T; 325; 420, 425, 430; 521, 522; 605; 705; 1015) to another of the conveyor systems (141, 142, T; 325; 420, 425, 430; 521, 522; 605; 705; 1015) can be transferred directly. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the storage transport system has at least one conveyor system (605), which as Fast lane can be used to process valuables with a higher priority. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to the preceding claim, characterized in that the at least one conveyor system (605) which can be used as a passing lane is attached in this way the at least one input and output stage is connected so that it can transport objects of value and / or packages of objects of value from the at least one input stage (E _n ) directly to the at least one output stage (A _n ), in particular without this being to one of the processing devices be transported. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one conveyor system is designed as a cyclically circulating transport loop (420). Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized by a pick-and-place robot (705) which is positioned and configured in this way that he can move the transport containers (380, 381, 382) and / or packages of valuables and / or individual objects of value within the device in a targeted manner. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one of the processing stages (P _n ) has processing modules - for separating the valuables and / or - to recognize the objects of value and / or - to count the objects of value and / or - to check the properties of the objects of value and / or - to transmit the value of the objects of value for the purpose of accounting and / or - to sort the objects of value and / or - for packing valuables. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that at least one of the processing stages and / or output stages has a device which is designed in this way that it can remove a subset of the valuables located in one of the transport containers (380, 381, 382) from the respective transport container. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the transport containers (380, 381, 382) are designed in such a way that they can hold valuables can record both from one of the input _{stages (E n} ) and from one of the processing stages (P _n ). Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the storage transport system has at least one intermediate storage (Z, 405) and / or has a storage area for the transport containers (380, 381, 382), which can be equipped in particular with the aid of at least one pick-and-place robot (705). Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the storage transport system has switches and / or grippers with their Help the transport of the transport containers (380, 381, 382) can be controlled by the storage transport system, and - that the controller (S) for the processing of the respective valuables can set the switches and / or grippers in such a way that the respective Valuables are transported to exactly those processing stages (P _n ) that are required for processing the respective valuables. Device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims, characterized in that the objects of value are bank notes and / or coins. System (100; 200; 300; 400; 500; 600; 700; 800; 900; 1000; 1300) for recognizing, checking, counting and sorting objects of value and for assembling packages of objects of value with: - at least one device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310) according to one of the preceding claims and; - at least one preparation stage (V) at which objects of value can be delivered and from which the objects of value can be transported to the device (110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1310). System (100; 200; 300; 400; 500; 600; 700; 800; 900; 1000; 1300) according to the preceding claim, characterized in that the system or the device has a buffer (405) which is provided for this purpose that valuables that have been received in the preparation stage (V) are stored in the buffer store before they are fed to the input stage. System (100; 200; 300; 400; 500; 600; 700; 800; 900; 1000; 1300) according to one of the two preceding claims, characterized in that the control of the device is designed to provide information about items to be delivered and / or ordered Combine packages of valuables with the advance information available in preparation stage (V) for optimized control of the system.

Images