EP2953100A1 - Système logistique d'argent en espèces et procédé de manipulation de processus logistiques d'argent en espèces - Google Patents

Système logistique d'argent en espèces et procédé de manipulation de processus logistiques d'argent en espèces Download PDF

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Publication number
EP2953100A1
EP2953100A1 EP14170969.1A EP14170969A EP2953100A1 EP 2953100 A1 EP2953100 A1 EP 2953100A1 EP 14170969 A EP14170969 A EP 14170969A EP 2953100 A1 EP2953100 A1 EP 2953100A1
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EP
European Patent Office
Prior art keywords
cash
order
module
encrypted
disposal
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn
Application number
EP14170969.1A
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German (de)
English (en)
Inventor
Thomas Fechter
Kay Nentwig
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Deutsche Postbank AG
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Deutsche Postbank AG
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Deutsche Postbank AG filed Critical Deutsche Postbank AG
Priority to EP14170969.1A priority Critical patent/EP2953100A1/fr
Publication of EP2953100A1 publication Critical patent/EP2953100A1/fr
Withdrawn legal-status Critical Current

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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D11/00—Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
    • G07D11/20—Controlling or monitoring the operation of devices; Data handling
    • G07D11/24—Managing the stock of valuable papers
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D11/00—Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
    • G07D11/20—Controlling or monitoring the operation of devices; Data handling
    • G07D11/24—Managing the stock of valuable papers
    • G07D11/245—Replenishment
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07D—HANDLING OF COINS OR VALUABLE PAPERS, e.g. TESTING, SORTING BY DENOMINATIONS, COUNTING, DISPENSING, CHANGING OR DEPOSITING
    • G07D11/00—Devices accepting coins; Devices accepting, dispensing, sorting or counting valuable papers
    • G07D11/20—Controlling or monitoring the operation of devices; Data handling
    • G07D11/30—Tracking or tracing valuable papers or cassettes

Definitions

  • the invention relates to a cash logistics system for the cash supply and / or cash disposal of a cash register system and a method for handling cash settlement processes.
  • the invention relates to a system comprising a cash register system with at least one cash-in-hand delivery point, such as a cash register, and a cash service center or institution, such as a bank, for example, when depositing cash into an account or from an account can be paid.
  • a cash register system with at least one cash-in-hand delivery point, such as a cash register, and a cash service center or institution, such as a bank, for example, when depositing cash into an account or from an account can be paid.
  • the POS system is preferably located at a merchant and is used to handle cash flows, for example, in business transactions with customers.
  • the cash register system can include any type of cash-in-issuing office or even a group of several individual cash-in-dispensing offices, cash being able to be paid into and / or paid out at each cash-in / check-out counter.
  • a cash-in-issuing office may be, for example, a cash register, a cash machine or a so-called cash counter.
  • these can each have at least one depository compartment for temporary deposit of cash or have access via a connection line to at least one centrally arranged depository compartment, such as a master vault.
  • the POS system can be an open POS system or a closed POS system.
  • open cash register systems are increasingly being replaced by closed cash register systems, around one uncontrolled access to cash or theft.
  • Closed POS systems are, for example, cash dispensers, so-called cash recycler, kiosk or gas station POS systems or other POS systems in which a direct access of a person to the cash in the cash register is prevented by technical devices.
  • the deposit and disbursement of cash in the closed system via a money-in-issue shaft.
  • a cash paid into the POS system or a cash to be paid out by the POS system can be automatically counted and controlled, so that human error or manipulation possibilities can be reduced.
  • the POS system In order to allow cash flows into and out of the POS system or to ensure the availability of all cash denominations continuously, it is necessary that the POS system is from time to time supplied with cash or disposed of cash from the POS system.
  • the cash In the supply cash is inserted in the cash register system, the cash usually comes from an account of the cashier operator at a cash service center. At disposal, cash is taken out of the cash register system and usually deposited into an account of the cashier operator at the cash service center. With regard to the individual pieces of cash, it can also lead to a simultaneous supply and disposal of a cash register system.
  • the cash supply and the cash disposal thus each comprise the steps of receiving cash, transporting the cash and dispensing the cash. This process is usually done with means of transport service companies, in particular by so-called safekeeping companies. These can be individually commissioned by the operator of the POS system if required.
  • a data network is known between a central office, at least one cash I / O point, a bank, and a value-transporting company.
  • cash supply orders may be sent from a cash I / O point to the central office.
  • the incoming orders are collected, bundled and forwarded to a value-transporting company for further processing.
  • the head office has a monitoring module that receives feedback from the value-added company following a transmission of an order to a value-added company and checks for plausibility. This ensures that the order has reached the correct addressee.
  • the DE 10 409 043 093 A1 discloses an ATM having a mobile unit for transmitting data to a receiver unit of a value-transporting company. This can be guaranteed In the case of a check on the cash holdings of ATMs, only the data relevant to the processing, namely inventory and authentication data, will be communicated to the valuables carrier. Unwanted access by the value-transporting company to further data of the ATM, in particular customer data, can thus be avoided.
  • a cash handling cassette that has a storage unit.
  • the storage unit may include an identification number, data about the cash in the cashbox, a record of transactions made, and transaction tracking data.
  • the storage unit can be read out and rewritten at all cash in / out points, for example an ATM. As a result, it is possible to determine at each cash-in / out point how much money is in the cashbox and where the money came from.
  • the DE 10 408 023 244 A1 describes a system for monitoring disposal operations to avoid tampering.
  • a cash acceptance system such as a cash machine, sends stock data to a central office.
  • the stock is re-recorded and sent from a disposal facility to the central office.
  • the data sent by the cash acceptance system can then be compared with the actually discarded data.
  • the present invention is therefore based on the object to provide a system that allows a simple, flexible and secure handling of the supply and disposal of cash.
  • a technically feasible solution to avoid human error, manipulation and / or theft in the supply and disposal of cash should be provided.
  • the system according to the invention for cash logistics in particular for cash supply and / or cash disposal, provides that the POS system has an order generation module for generating an order with order data for cash supply and / or cash disposal, in particular with a cash amount and an order identifier, and an encryption module for encrypting the order or the order data in an encrypted form.
  • the job generation module is as a component integrated into the cash register system or as a separate device with a connection formed to the POS system.
  • the order generation module can be controlled manually or automatically if required. In the case of manual activation, for example, a cash register operator can activate the order generation module at the push of a button and / or specify the cash denominations to be supplied or disposed of individually.
  • the automatic activation of the order generation module can take place in a defined time interval or individually depending on the current actual cash holdings in the POS system or in a cash depository compartment.
  • the POS system is suitable to encrypt the order or the order data for cash supply and / or cash disposal.
  • the cash register encryption module is activated as soon as a job is generated by the job generation module.
  • the encryption module may be integrated in the job generation module or formed as a separate component in the POS system. Generating and encrypting the job can take place in a common step, whereby the job data is converted by the encryption module into a readable, encrypted, for example graphical representation.
  • the encryption module preferably encrypts the order data in the form of a visualizable QR code or matrix code.
  • a commercially available reading device such as a scanner, can be used to read out the encrypted order.
  • the encryption per se is not decryptable according to the invention via the commercially available reading device.
  • the basic form of the graphical representation ie the type of encryption, be generally accessible and / or known, but not the encryption itself, that is, the "key" or the coding.
  • the encryption code is preferably created specifically for the system of cash supply / disposal. Thus, decrypting the encrypted order using commercially available readout devices can not be done.
  • the encryption type and / or the Encryption code can be changed or updated at any time so that the same encryption type and / or the same encryption code do not have to be used consecutively. It is also possible for two or more encryption types and / or encryption codes to be used simultaneously, so that each operator of a POS system can use his or her own encryption type and / or encryption code.
  • the Cash Supply / Disposal Order may include both encrypted and unencrypted data.
  • the unencrypted data may be, for example, data for identifying the POS system and / or the order itself, for example an order number or identifier.
  • the encrypted data or the encrypted part of the order preferably contains information about a cash supply amount and / or a cash disposal amount, in particular the instructed number of each cash denomination or -domination.
  • the order may contain further data, such as data about the cashier and / or about a person entrusted with the cash supply and / or cash disposal person of the secure transport company.
  • the data about persons, such as the cashier or employee of the value-transporting company, for example, can be recorded via a personal identification number.
  • the order may include data or information about one or more times.
  • the order contains data about the time of the order generation and / or about a predefined time for the execution of the order.
  • the times can thus be a time window with a start time and an end time for supply and / or disposal represent.
  • the order or its execution can also be time-bound.
  • the cash service center has a read module for reading out the encrypted order and a decryption module for decrypting the encrypted order data of the order.
  • a read module for reading out the encrypted order
  • a decryption module for decrypting the encrypted order data of the order.
  • the reader module may be a scanner that is capable of capturing, playing back and / or reading the encrypted representation.
  • the encrypted job in its encrypted form can be copied or projected onto an information carrier.
  • the decryption module can, for example, convert the read-out data of the order into a readable, unencrypted text.
  • the decryption module can be integrated in the read module or designed as a separate component. Reading out and decrypting the job can be done in one step. Alternatively, read out and decrypt separately.
  • the decryption module may communicate with the encryption module via a data line. As a result, data can be exchanged between the decryption module and the encryption module, for example via the encryption type and / or via the encryption code, so that, in particular, a change or adaptation of the encryption type and / or the encryption code centrally from the encryption module and thus quickly and can be done easily.
  • the cash logistics system enables only the POS system by the order generation module and the cash service center by the decryption module to be knowledge carriers about the content of the order for cash supply and / or cash disposal.
  • Third parties in particular a transport service provider or value-transporting company, the information of the order are not accessible. This opens up a number of advantages in terms of Reduction of the manipulation possibilities of the order, the improvement of the security with the supply / disposal, as well as the improvement of the flexibility of the transport service provider.
  • the POS system preferably has a storage module for storing the generated order, in particular the order data contained in the order.
  • the order after generation can be stored both in the POS system and encrypted and output in encrypted form, for example printed on paper.
  • the job stored in the memory module can be retrieved and read by the POS system.
  • the retrieval can be done for example by pressing a key by the cashier operator, alternatively, the memory module can be controlled by a control device.
  • a unencrypted output of the stored data of the job, for example, to the cashier operator is not provided.
  • a password may be required, which preferably allows only the cashier operator access to the data.
  • the cash logistics system may include a means of transport for transporting the cash for supply / disposal. Under the means of transport is present not only the means of transport to be understood as such, but also a service provider for transport, in particular a Werttransportwah.
  • the POS system may include a sending module for sending the encrypted order to the transport service provider and / or to the cash service center.
  • the encrypted order can be automatically sent from the POS system to the transport service provider and / or to the cash service center, without the need for a manual order.
  • the transport service provider and the cash service center each include a receiver module for receiving and / or visualizing the encrypted order.
  • the receiver module can forward the job to a reader module, by means of which the encrypted job in its encrypted form can be copied or projected onto an information carrier. For example, the job can be copied from the receiver module to a portable or mobile device.
  • the POS system includes a machine input / output module for automatically depositing or withdrawing cash into or out of a deposit box of the point-of-delivery location of the POS system.
  • a machine input / output module for automatically depositing or withdrawing cash into or out of a deposit box of the point-of-delivery location of the POS system.
  • Such a module is particularly provided in cash register systems which are closed.
  • the input / output module has a conveyor for conveying cash from an input delivery slot in which cash can be inserted or withdrawn from the cash to the deposit box or from the deposit box to the input / output slot.
  • an automated sorting of the cash in the deposit boxes of the cash register system is possible.
  • the cash can be paid in this embodiment only via the input-output shaft or paid.
  • the checkout system preferably comprises a machine counting module for counting a cash amount and / or an outgoing cash amount entering and exiting a deposit box of the checkout system, and a comparison module for comparing the order data with the amount of the supply cash entering the checkout system the amount of disposal cash emanating from the cash register system and / or other data.
  • the order data can be retrieved from the memory module of the POS system or read out via a read module.
  • the counting module is preferably integrated in the cash register system such that all incoming and outgoing cash amounts are detected by the counting module.
  • the counting module may be formed as a separate component, in which a cash amount is manually inserted, for example, from a cash register operator into the counting module and removed again after a count.
  • the comparison module With the help of the comparison module, the target amount can be compared with the actual amount of an incoming or outgoing cash amount.
  • a comparison can be made between the order and the POS system with regard to other data. Other data, for example, the time or a specific time to understand.
  • the comparison module can compare a specified in the order time for supply / disposal with the actual time. Possible differences - in amount or time - come to light immediately.
  • Through the direct control of the supply / disposal can be a cash handover an acknowledgment of the executed orders and thus, for example, a direct discharge of the employee of the transport service provider or Werttransport remplis follow.
  • the POS system comprises a read module for reading the encrypted job and a decryption module for decrypting the encrypted job.
  • the encrypted order can be read in the POS system and decrypted. Subsequently, a reconciliation of the commissioned pension amount with the actually incoming cash amount can be made.
  • the job is stored in a memory module of the POS system, from which the data of the job can be recalled.
  • a reading and decoding module is not required in the POS system.
  • the reading device can read a further identification carrier, for example an employee card or an ID card, so that the POS system can carry out an assignment or an adjustment of personal data.
  • the cash register system can have a control device which activates at least the input / output module, the counting module and the comparison module when retrieving the order data from the memory module or when the encrypted request is read by the reading module.
  • the control device preferably activates between the order data and a supply cash amount entering the POS system and / or a disposal cash amount originating from the POS system at least the counting module, the input / output module and optionally the sending module.
  • the transmission module is activated only when the POS system has a transmission module.
  • the POS system comprises a control device which, upon detecting a shortfall or exceeding a predetermined cash stock amount in the cash depository compartment, in order at least the order generation module, the encryption module and optionally the transmission module activated.
  • a control device which, upon detecting a shortfall or exceeding a predetermined cash stock amount in the cash depository compartment, in order at least the order generation module, the encryption module and optionally the transmission module activated.
  • the cash register system may include a cash inventory detector for detecting a shortfall or exceeding of a predetermined cash balance in the cash deposit box.
  • the cash inventory detector may be an optical or mechanical sensor, such as a photoelectric sensor, a weight sensor or other type of sensor for detecting cash inventory.
  • the cash inventory detector can be integrated in the counting module. In this case, the counting of cash is done electronically. A cash stock or amount can thus be detected by the counting module and optionally stored in a memory module of the cash register system. If the amount of cash exceeds or falls below a predetermined amount, the cash inventory detector issues a signal, preferably to the control device.
  • the transport service provider or the value-transporting company has a mobile information carrier for storing and / or visualizing the encrypted order.
  • the encrypted order can be handled in electronic form and displayed for reading on a display.
  • the mobile information carrier may be a mobile phone with a photo playback function, in particular a smartphone, or any other mobile device with a display function.
  • the amount of cash that has already been paid in may be deposited and posted in the deposit box of the cash register system, and an identifier of the missing cash supply amount is stored.
  • a transmission of a message from the point-of-sale system to the operator of the checkout system, to the cash service center and / or to the secure-delivery company can take place.
  • the message preferably indicates at least data on the target amount of the cash supply according to the order, on the actual cash amount that has been paid into the cash system for cash supply, as well as details of at least one of the persons processing the order.
  • the process of cash supply that is the reading and decrypting of the order and the payment of the cash supply amount can be repeated.
  • the acceptance of the cash for the supply is partially or completely denied and the order is marked as invalid or rejected in the system. Then no execution of this job is possible.
  • the order generation module may automatically generate a new order so that the cash supply process begins again. As a result, a false payment or incorrect transfer of money can be effectively countered.
  • the handing over of the cash can be acknowledged by signature of the safekeeping company.
  • the Cash Service Center legitimizes the secure transport company by reading and decrypting the encrypted job through the Cash Service Center's readout and decryption module and depositing the cash from the secure transport company to the cash handling center cash service Center.
  • the cash service center a comparison of the data read from the encrypted order with the paid-in cash and, if there is a correspondence of the data read out from the order with the paid-in cash, the cash disposal is acknowledged.
  • a cash supply and cash disposal of the cash register system For a cash supply and cash disposal of the cash register system, the following steps are carried out: generating a cash supply order for the cash register system, encrypting the order in an encrypted form and sending the encrypted order through a first cash register system to a value-transporting company and optionally to a cash-in-transit service. Service Center and / or to a second POS system.
  • the value-transporting company is legitimized by a cash service center and / or the second cash register system by reading out and decrypting the cash encrypted order through the cash service center and / or through the second POS system.
  • the value-added company is legitimized by reading out and decrypting the encrypted order as well as depositing the cash from the security-value-added company into the first POS system.
  • the data read from the encrypted order is compared with the cash paid in and, if the data read from the encrypted order matches the paid-in cash, the cash supply is acknowledged. Thereafter, the cash is paid for disposal from the first cash register system to the value-transporting company.
  • the forwarder transports the cash to the cash service center and / or to a third point of sale system that has generated and sent a supply order.
  • the Cash Service Center legitimizes the safekeeping firm by reading and decrypting the encrypted order and depositing the cash from the secure transport company to the Cash Service Center.
  • the cash service center a comparison of the data read from the encrypted order with the paid-in cash and, if there is a correspondence of the data read from the encrypted order with the paid-in cash, an acknowledgment of the cash disposal.
  • a deposit is made in the third POS system according to the method described above.
  • the target stock can be Range between a lower bound and a cap on cash.
  • the lower limit may be, for example, a number of 5 of a cash type, the upper limit of a number of 30.
  • the actual cash stock can be recorded electronically via the counting module or via a cash inventory detector.
  • the encrypted order can be sent by fax, MMS, email or SMS. This allows the order to be forwarded safely and easily.
  • a reception of the order on a mobile data carrier, such as a smartphone is possible, so that the Werttransporthut can accept and process orders during a supply or disposal journey. As a result, the processing of the supply and / or disposal can be made extremely flexible.
  • the legitimizing of the secure transport company at the cash register system and / or at the cash service center may be limited to a predefined time window. For example, an order is only valid for a certain period of time, for example only within 24 hours of the order being created. Alternatively, there may also be a time window for processing the order with a future time start and a subsequent time end. After a period of time to process the order, the corresponding order can no longer be used to pay cash to the Werttransporthut. This will allow the POS system to be cashed / disposed of at a given or best time. Otherwise, it may lead to a cash jam or an idle in the POS system. Furthermore, the processing of the contract can be better controlled and thus the security in the supply and / or disposal can be further increased.
  • the cash logistics system 1 comprises a cash register system 10, a security transport company 20 and a cash service center 30.
  • the cash register system 10 has an input / output point 10a, an order generation module 12, an encryption module 13 and a transmission module 14. If required, that is, as soon as a lower limit of a cash actual stock in a deposit box 17 of the POS system 10 is reached, in the order generation module 12, a job 50 with order data 51 for cash supply 301 is generated and encrypted by the encryption module 13.
  • the encrypted order 50 can then via the transmission module 14 to a in the Value Transporter 20 arranged transport receiver module 24 and optionally to a arranged at the cash service center 30 bank receiver module 34 are sent.
  • the encrypted job 50 can be visualized, i. printed on paper or displayed on a display.
  • the value-transporting company 20 or an employee of the value-transporting company 20 drives the order 50 to the cash service center 30, where the value-transporting company 20 can legitimize himself with the order 50 for the supply 301 of the checkout system 10.
  • the order 50 is read out and decrypted by means of the decryption module 35 of the cash service center 30.
  • the cash service center 30 transfers a cash amount 41, which corresponds to the data 51 contained in the order 50, to the supply 301 of the checkout system 10 to the value-transporting company 50.
  • the value-transporting company 50 then transports the cash-supply amount 41 from the cash-service-center 30 to the cash-desk system 10, where the cash-supply amount 41 corresponding to the cash-supply-amount 41 FIG. 2 shown sequence is passed to the POS system 10.
  • the value-transporting company 20 has the order 50, which contains encrypted order data 51 and can be visualized on an information carrier 25, read in by the POS system 10.
  • the cash register system 10 can machine-read the job 50 shown on the information carrier 25 by means of a read module 15a and decrypt it by a decryption module 15.
  • the POS system 10 requests the value-transporting company 20 to place the cash supply amount 41 into a cash-in-output bin 17b of the POS system 10 introduce.
  • a comparison module 16 of the checkout system 10 a comparison of the data 51 read from the order 50 with the counted cash amount 41 counted by the count module 11 occurs If there is a match, ie, a correct deposit of the cash 41 instructed for the supply 301, the receipt of the cash 41 is confirmed by issuing a receipt. In the event of a deposit of an incorrect cash amount or in the absence of a match between the order data 51 and the paid-in cash amount 41, an error message and a request to deposit the full supply amount 41 are made. Further steps can be taken to investigate the whereabouts of the missing cash become.
  • FIG. 3 the course of a cash disposal 302 of the cash logistics system 1 according to the invention is shown. If required, that is, as soon as an upper limit of a cash actual stock has been exceeded in an input / output point 10a or in a depot compartment 17 of the POS system 10, an order 50 for cash disposal 302 is generated in the order generation module 12.
  • the order 50 or the order data 51 are encrypted by the encryption module 13 and sent via the transmission module 14 to a transport receiver module 24 arranged at the valuables carrier 20 and optionally to a bank receiver module 34 arranged at the cash service center 30.
  • An employee of the value-transporting company 20 drives the order 50 to the POS system 10, where the value-transporting company 20 can legitimize himself with the order 50 for the disposal 302 of cash 42. This is done by reading and decrypting the order 50 by means of the in FIG. 3 not shown decryption module 15 of the POS system 10.
  • the cash register system 10 transfers a cash amount 42, which corresponds to the data 51 contained in the order 50, for disposal 302 to the value-transporting company 20.
  • the transfer takes place either by issuing the cash 42 by means of the FIG. 3 unillustrated input-output module 17a and the input-output slot 17b or, as the case may be, by releasing a cash box 18, which in FIG. 4 is shown in more detail.
  • the value-transporting company 20 then transports the cash-disposal amount 42 from the POS system 10 to a cash-service center 30 where the cash-disposal amount 42 is paid by the value-transporting company 20 to an account of the operator of the POS-system 10.
  • the cash service center 30 firstly checks the correct amount of cash 42.
  • the value-transporting company 20 has the order 50 read in by the cash service center 30.
  • the cash service center 30 can machine-read the order 50, which is shown on an information carrier 25, not shown, by means of a read module 35a and decrypt it by a decryption module 35.
  • a reconciliation of the cash amount 42 transferred from the value-transporting company 20 to the cash-service center 30 can be made with the data 51 of the order 50. If there is a match, ie a correct deposit of the cash 42 instructed for disposal 302, the receipt of the cash 42 is confirmed by issuing a receipt. In the case of a deposit of an incorrect cash amount or in the absence of a match between the order and the cash amount paid in an error message and a request to deposit the full supply amount 42. Further steps can be taken to investigate the whereabouts of the missing cash.
  • FIG. 4 there is shown a cash register system 10 shown schematically, which is closed and represents a cash input / output point 10a the cash 40 in transactions with customers 80 can be paid into at least one deposit box 17 of the cash register system 10 and paid.
  • the closed-cash system 10 has a cash input-output slot 17b for inserting and / or removing cash 40, 41, 42 as well as an input-output module 17a for automated receipt and / or delivery of cash 40, 41, 42 into or out of the POS system 10.
  • the POS system 10 comprises a reading module 15a, a decryption module 15 and a comparison module 16 for comparing the read order data 51 with deposited cash 41.
  • the cash register system 10 has, in addition to the deposit box 17, a removable cash box 18, into which cash 42 can be sorted if required. If required, this means as soon as an upper limit has been exceeded in a depot compartment 17.
  • the cash 42 may have an in FIG. 4 not shown conveyor of the cash register system 10, which is controlled by a control device 19, are conveyed from a storage compartment 17 in the cashbox 18.
  • the cash box 18 filled with the cash to be disposed 42 can be removed from the value-transporting company 20 and disposed of 302, as shown in FIG FIG. 3 shown to be transported to a cash service center 30.
  • FIG. 5 a combination 303 of cash supply 301 and cash disposal 302 is shown, wherein presently the disposal cash 42 originating from a cash entry and exit station 10a, 10b is at another cash entry and exit point 10b, 10c as a supply cash 41 is used.
  • a separate POS system 10 could also be used be regarded, wherein the disposal cash 42 coming from a first POS system 10 would be used in another POS system 10 as a supply cash 41.
  • a first order 50a for disposal 302 of cash 42 from a first cash I / O point 10a, a first order 50a for disposal 302 of cash 42, from a second cash I / O point 10b, a second order 50b to supply 301 and disposal 302 from cash 41, 42 and from one a third order 50c for supply 301 of cash 41 to the value-transporting company 20 sent third cash.
  • the arrangement, number and type of supply / disposal 301, 302 may of course vary in many ways.
  • the value-transporting company 20 can now select a best possible route for supply / disposal 301, 302 according to various criteria.
  • the criteria may be: route to avoid zig-zag trips, urgency of supply / disposal 301, 302 based on priority information in the order 50, cash distribution for the benefit of disposable cash 42 as supply cash 41 or other criteria.
  • the value-transporting company 20 then drives the first cash-in-and-out point 10a for disposal 302 of cash 42. This is done by reading and decrypting the job 50a at the POS system 10a.
  • the cash register system 10a transfers the cash amount 42 for disposal 302 to the value-transporting company 20.
  • the value-transporting company 20 drives to the second cash-in-dispensing point 10b for supply and disposal 303, whereby the value-transporting company 20 legitimizes itself with the order 50b to the supply 301 of the checkout system 10b, and then the cash supply amount 41 corresponding to the infeed FIG. 2 shown process is passed to the cash input-output location 10b.
  • the cash 41 may be part of the cash 42 originating from the cash-in-dispensing point 10a.
  • the cash amount 42 paid out from the cash I / O point 10b includes cash pieces other than the cash amount 41 paid into the cash I / O point 10b.
  • the value-transporting company 20 goes to the third cash-in-and-out place 10c to the supply 301, whereby the value-transporting company 20 legitimizes itself with the order 50c and the cash-supply amount 41 corresponding to the one in FIG. 2 shown process is passed to the cash input-output location 10c.
  • the cash 41 may in turn be part of the cash 42 originating from the cash in-delivery 10a or the cash register 10b.

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Cash Registers Or Receiving Machines (AREA)
EP14170969.1A 2014-06-03 2014-06-03 Système logistique d'argent en espèces et procédé de manipulation de processus logistiques d'argent en espèces Withdrawn EP2953100A1 (fr)

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Cited By (1)

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DE102019007878A1 (de) * 2019-11-13 2021-05-20 Giesecke+Devrient Currency Technology Gmbh Steuern eines Systems zum Bearbeiten von Wertgegenständen und zum Konfektionieren/Ausgeben von Paketen von Wertgegenständen

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WO2005064553A1 (fr) * 2003-12-23 2005-07-14 Giesecke & Devrient Gmbh Procede de manipulation de cassettes de billets de banque
DE102004006532A1 (de) 2004-02-10 2005-09-01 Giesecke & Devrient Gmbh System zur Bargeldhandhabung
DE102007014176A1 (de) 2007-01-30 2008-08-07 Wincor Nixdorf International Gmbh System und Verfahren zur Handhabung von Bargeldlogistikprozessen
DE102008023244A1 (de) 2008-05-13 2009-11-19 Wincor Nixdorf International Gmbh Verfahren und Verwaltungssystem zur Überwachung von Entsorgungsvorgängen für Geldmittel
DE102009043093A1 (de) 2009-09-25 2011-03-31 Wincor Nixdorf International Gmbh Vorrichtung zur Handhabung von Wertscheinen und Geldkassette zur Aufnahme von Wertscheinen
EP2372664A1 (fr) * 2010-04-01 2011-10-05 Scan Coin Ab Procédé pour remplir un recycleur de monnaie
EP2693410A1 (fr) * 2012-07-31 2014-02-05 NCR Corporation Suivi de devises

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6430689B1 (en) * 1996-07-10 2002-08-06 Axytrans Sa System for securely transporting objects in a tamper-proof container, wherein at least one recipient station is mobile and portable
WO2005064553A1 (fr) * 2003-12-23 2005-07-14 Giesecke & Devrient Gmbh Procede de manipulation de cassettes de billets de banque
DE102004006532A1 (de) 2004-02-10 2005-09-01 Giesecke & Devrient Gmbh System zur Bargeldhandhabung
DE102007014176A1 (de) 2007-01-30 2008-08-07 Wincor Nixdorf International Gmbh System und Verfahren zur Handhabung von Bargeldlogistikprozessen
DE102008023244A1 (de) 2008-05-13 2009-11-19 Wincor Nixdorf International Gmbh Verfahren und Verwaltungssystem zur Überwachung von Entsorgungsvorgängen für Geldmittel
DE102009043093A1 (de) 2009-09-25 2011-03-31 Wincor Nixdorf International Gmbh Vorrichtung zur Handhabung von Wertscheinen und Geldkassette zur Aufnahme von Wertscheinen
EP2372664A1 (fr) * 2010-04-01 2011-10-05 Scan Coin Ab Procédé pour remplir un recycleur de monnaie
EP2693410A1 (fr) * 2012-07-31 2014-02-05 NCR Corporation Suivi de devises

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE102019007878A1 (de) * 2019-11-13 2021-05-20 Giesecke+Devrient Currency Technology Gmbh Steuern eines Systems zum Bearbeiten von Wertgegenständen und zum Konfektionieren/Ausgeben von Paketen von Wertgegenständen

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