Classifications

• • G—PHYSICS
  • G06—COMPUTING; CALCULATING OR COUNTING
  • G06F—ELECTRIC DIGITAL DATA PROCESSING
  • G06F9/00—Arrangements for program control, e.g. control units
  • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
  • G06F9/44—Arrangements for executing specific programs
  • G06F9/451—Execution arrangements for user interfaces
  • G06F9/454—Multi-language systems; Localisation; Internationalisation
• • G—PHYSICS
  • G06—COMPUTING; CALCULATING OR COUNTING
  • G06F—ELECTRIC DIGITAL DATA PROCESSING
  • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
  • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
  • G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
  • G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
  • G06F3/0412—Digitisers structurally integrated in a display

Definitions

• the present invention relates to a method for configuring a graphical user interface of a device for processing value documents, in particular banknotes, by means of which in a working mode of the device on a display device at least one display with at least one information field can be displayed, and a correspondingly configured device for processing value documents ,
• Value documents within the meaning of the present invention are securities, e.g. Shares, warrants, bonds or, in particular, banknotes, as well as passports such as passports, identity cards, company identity cards, membership cards and identity cards, but also bank and credit cards, chip cards and magnetic stripe cards.
• the devices for processing such value documents can have very different functionalities and components, e.g. for sorting the value documents, for printing the value documents, for destroying the value documents, for providing the value documents with one or more security features and for checking certain properties of the value documents, such as
• Such devices for processing documents of value often have a display device for displaying information, for example an LCD display device, and a control device which controls at least this display device.
• a display device for displaying information for example an LCD display device
• a control device which controls at least this display device.
• a graphical user interface by means of which representations can be displayed on the display device.
• a graphical user interface is understood as meaning program code and possibly existing configuration data, in the execution of which the processor controls the display device for displaying at least one predefined representation.
• the presentation may then include one or more information fields in which information for a user may be displayed.
• an information field is understood to mean a predetermined area of the display or a predefined area of the display device, in which only given information is displayed when the device is used for processing value documents or is in its working mode.
• the representations, in particular also information fields, should be adaptable to different national languages or fonts. So that a desired representation can actually be displayed by means of the graphical user interface, it must be changed or adapted, for example by changing the programming or reprogramming. However, it is also possible to adapt only existing parameters or configuration data for existing code, ie to configure the graphical user interface.
• the object of the present invention is therefore to provide a method with which a graphical user interface of a device for processing documents of value can be easily configured, and to provide a corresponding device.
• the object is achieved according to a first aspect by a method for configuring a graphical user interface of a device for processing value documents, which has a display device on which in a working mode of the device in which these value documents can process, by means of the graphical user interface at least one representation can be displayed with an information field.
• the graphical user interface provides both an alphanumeric field and a graphic field, wherein in a configuration mode of the device, in response to a selection signal, either the alphanumeric field or the graphical field representing the information field in the working field is displayed. mode is set.
• a device for processing value documents with a display device for displaying information relating to the processing and / or the value documents, and a control device which controls the display device, optionally in a configuration mode and a working mode in which the device can process value documents, is operable, and a graphical user interface, by means of which on the display device at least in working mode at least one representation with an information field can be displayed and which provides both an alphanumeric field and a graphic field for displaying the information field has.
• the control device is designed to specify either the alphanumeric field or the graphic field for displaying the information field in the working mode in response to a selection signal.
• a device for processing value documents is understood in particular to mean any device by means of which value documents are mechanically checked and / or value documents sorted and / or value documents accepted with respect to predefined criteria, for example authenticity and / or status. or can be output and / or counted.
• the device may for this purpose in addition to the control device and the display device at least via a device for accepting documents of value and / or a device for issuing documents of value and / or a device for storing documents of value, a transport device for transporting documents of value in the device and a sensor device for Detecting predetermined physical properties of value documents to be processed with the device.
• the sensor device may be designed to check predetermined criteria that are taken into account by the characteristics detected by the latter and to output a signal representing the result of the test of the criterion, for example a fastness criterion; However, it is alternatively or additionally also possible for the sensor device to generate the detected physical properties representing signals which are used in the control device for testing the predetermined criterion.
• the control device which is connected via a signal connection at least to the display device, preferably also to other parts of the device, can in particular have a processor and a memory device.
• the memory device may store program code, including, if applicable, parameter values used when executing the program code and configuration data to be used by the program code.
• the program code is at least partially executed by the processor during operation of the device. In particular, it may include the graphical user interface, so that when the code is executed, the display device is driven accordingly.
• an alphanumeric field of the graphical user interface is understood to be program code, including parameter values with regard to details of the display, in the execution of which an information field is displayed by the processor in a subarea of the display device which may be predetermined by the parameter values contains alphanumeric characters.
• the program code accesses configuration data representing the information to be displayed at least as a sequence of alphanumeric characters in characters, for example in ASCII or ANSI code.
• a graphic field of the graphical user interface is understood to be program code, possibly including parameter values with regard to details of the display, in the execution of which a graphic is displayed by the processor in a subarea of the display device predetermined by the parameter values, which is determined by graphic data representing configuration data and accessed by the program code.
• the graphic data may include data defining a vector graphic and / or a bitmap graphic, but not sequences or strings of alphanumeric characters to be individually displayed.
• the device has at least one working mode in which these value documents are processed;
• the device is designed so that the device can operate in several working modes, which may differ in the type of processing or the type of documents processed value, or that the working mode has a plurality of submodes, which differ in the type of processing or the type of the edited value documents.
• the working mode in particular also, if present, in at least one of the sub-modes, a predetermined representation is displayed, which has the at least one information field.
• the representation is assigned to the working mode or, if given, optionally to a sub-mode of the working mode.
• the control device uses either the alphanumeric field or the graphic field to display the at least one information field in the otherwise identical representation.
• the fields are preferably determined so that the information field displayed by them in the otherwise same representation, i. is displayed in the same working mode or the same sub-mode of the working mode at the same position of the display or the display device and with the same size.
• Which of the two fields, the alphanumeric or the graphical, is used in the working mode is determined in the configuration mode in which the graphical user interface is at least partially and preferably also the device configurable.
• oncapsigrial which is preferably generated by an operating element of the device or a device connected to the device after or upon actuation of the operating element by a user of the device and represents which of the fields is to be used, set the field to be used.
• a parameter value can be set and stored in response to the signal, which describes the selection and is used during the execution of the program code in the working mode.
• the graphics data can be provided in any manner.
• a drawing mode is activated in which graphics data are generated and stored by means of a pointing device, which define a graphic displayable by means of the graphic field.
• the control device may preferably have an interface for a pointing device and be designed so that it detects at least in the configuration mode on signals from a connected to the controller via the interface pointing device through the signals given positions on the display device, and preferably that Control device is set in the configuration mode in a drawing mode in which graphic signals can be generated and stored on signals of the pointing device, which define a displayable by means of the graphic field graphics.
• a pointing device here means an input device by means of which a pointer shown in a representation on the display device of the device can be moved and / or a position in the display can be selected on the display device.
• this may be a mouse, a touchpad, a touch-sensitive display, e.g. As a touch screen, or a trackball act oa.
• This embodiment offers the great advantage that a user can also configure the graphical user interface without an external storage device or external computer.
• the pointing device only needs to be temporarily connectable to the configuration with the device, as may be the case with an external mouse, for example.
• the pointing device connected to the interface may be part of the device, i. connected to it not only for the purposes of configuration but also for use in working mode and / or held in or on a housing of the device. Also in the method, the pointing device may preferably be part of the device in this sense.
• the object is therefore also achieved according to a second aspect by a method for configuring a graphical user interface of a device for processing value documents, which has a display device on which in a working mode of the device in which these value documents can process, by means of the graphical user interface at least a representation can be displayed with an information field, wherein the method activates, in a configuration mode of the device, preferably by a signal triggered by a user, a drawing mode in which graphics data are generated and stored by means of a pointing device, the graphic displayable by means of a graphic field of the user interface in the information field establish.
• a device for processing value documents with a display device for displaying information relating to the processing and / or the value documents, a pointing device, and a control device connected to the display device and the pointing device, operating the display device, optionally operable in a configuration mode and a work mode in which the device processes value documents, a graphical user interface providing at least one graphical field for a portion of the representation and adapted to at least in the configuration mode, upon signals from the pointing device, a position on the police device given by the signals is detected, and in the configuration mode, it can be placed in a drawing mode in which data can be detected and stored by means of the pointing device, the data being a set graphics that can be displayed in the graphic field
• the graphic data can in principle be in any form.
• the graphics data may include data for a vector graphic.
• the control device can for this purpose preferably be designed so that data can be generated as graphic data, which includes data for a bitmap graphics.
• This embodiment has the advantage that the graphics data require little storage space and in particular geometric shapes can be easily generated and stored.
• the graphics data may preferably include data for a bitmap graphic.
• the control device can for this purpose preferably be designed so that data can be generated as graphic data, which includes data for a bitmap graphics.
• the image is described by means of a grid of dots with different color or gray values.
• the bitmap graphics can be stored in any form, uncompressed or compressed, for example in the tif or jpeg format. This embodiment offers the advantage that simple graphics data can also be generated for complicated graphics, ie not constructed from simple geometric elements.
• the control device can be designed accordingly. This allows a comfortable input of graphics data.
• the control device may be designed such that in the drawing mode a function for acquiring graphic data for points and / or lines and a function for deleting graphic data for points and / or lines, for example by a user dissolved signals are activated in response to signals of the pointing device.
• This embodiment offers the advantage that a user can generate graphic data as with a writing instrument.
• drawing elements such as circles, lines, etc. may be provided for selection, the exact position, design, etc. of which is defined by signals of the pointing device which the user operates.
• the pointing device can be designed as desired.
• a touch-sensitive display device is used as the pointing device and display device, and during the generation of the graphic data for the graphic on the display device, a part of the graphic defined by the already acquired graphic data is displayed.
• the pointing device and the display device may be formed together by a berülirungspare display.
• the touch-sensitive display for example a touch screen
• a user in drawing mode can generate graphic data by drawing by hand.
• graphics data representing only the position data detected by the pointing device are generated, they can be painted on the touch-sensitive display, as it were. The user sees, for example, immediately after having touched the touch-sensitive display at one point, a blackening at this point as part of the generated graphic.
• the information field can in principle serve to display any given information.
• the graphical user interface may be configured such that the information field in the operating mode of the device may be associated with information related to the device indicates processing or processed value documents and / or with regard to the processing of the value documents and / or displays a user-selectable setting of the device with respect to value documents to be processed or processed with the device and / or with respect to the processing of the value documents.
• the graphical user interface may preferably be set up to display information relating to value documents to be processed or processed by the device in the operating mode of the device and / or with respect to the processing of the value documents and / or from View user selectable settings of the device with respect to value documents to be processed or processed with the device and / or with respect to the processing of the value documents.
• the configuration of the user interface according to at least one of the two aspects of the invention requires less knowledge of the system, since a complicated text input can be omitted. This means that the information fields of non-specially trained personnel, such as distribution companies, can be adapted to the respective national languages. This is especially important for low-cost machines with small touchscreens.
• the graphic displayed in the information field by means of the graphic field opens up considerably more design possibilities than a simple ASCII text.
• the user interface can be configured very user-friendly.
• the development of software for entering complex languages can be omitted.
• a software required to implement the character mode is much less as a software for entering complex characters. For example, instead of implementing a choice of several hundred characters, it may be sufficient to implement 3 pen widths and 3 eraser widths for the character mode.
• the activation of the character mode is preferably based on a user input or automatically based on a predefined condition.
• graphic data can be generated which reflects only positional data detected by the pointing device.
• drawing elements such as circles, straight lines, etc. can also be made available for selection, the exact position, configuration, etc. of which is defined by the pointing device.
• This embodiment is particularly suitable for capturing graphics data for vector graphics.
• FIG. 1 schematically shows a device for processing value documents with a configuration device for configuring a graphical user interface of FIG
• FIG. 2 schematically shows a block diagram of the device in FIG. 1,
• FIG. 3 schematically shows the steps of a method for configuring the graphical user interface of the device in FIG. 1
• FIGS. 4a to 4c schematically show a concrete example of how a user interface is configured in accordance with the method explained with reference to FIG. 3
• FIG. 2 shows a schematic block diagram of a further device for processing documents of value.
• FIGS. 1 and 2 schematically show a device 10 for processing value documents 12, in the example banknotes.
• the processing in the present example includes the checking and / or sorting of value documents.
• the device 10 comprises in a housing 14 an input tray 16 for inserting value documents, a plurality of, in the example, three output devices 18 for receiving processed value documents and a transport device 20 for the occasional transport of value documents from the input tray 16 to the output devices 18.
• the value documents in the output devices 18 stack wheels 22 are provided in the example.
• the transport device 20 has at the beginning of the transport path formed by this, that is, at the input tray 16 via a singler not shown in the figures for singling documents of value 12, which are in the input tray 16 as a stack.
• a sensor device 24 is disposed on the transport path given by the transport device 20, which serves to test the individual documents of value transported past or through them.
• it is designed to record predetermined physical properties of the value documents and to test at least one predetermined criterion for the respective value documents, into which at least some of the detected properties are received, ie during the examination be used.
• it outputs a signal representing the result of the test.
• the device further has a touch-sensitive display device 26 ('touch screen') which functions as a combination of a display device 26 'and a pointing device 26' 'and by means of which the value-document processing device 10 can be operated by a user Display device 26 provided in an outside of the housing arranged control terminal 28.
• a touch-sensitive display device 26 'touch screen'
• a control device 30 is provided, which is connected via signal connections 32 with said devices.
• the control device 30 has a memory 34 for storing program code including data or parameter values necessary for executing the program code and for storing configuration data, and a processor 36 for executing at least parts of the stored program code and interfaces for the control program Devices, in particular an interface 38 for the pointing device 26 ", which may be given in part by program code in the memory 34.
• the program code stored in the memory 34 includes a graphical user interface 40.
• the processor controls the camera device 26 'so that certain representations are displayed thereon by the program code, the configuration data and possibly the operating state of the device.
• the processor detects a respective position on the display device 26 'or the representation shown on it in dependence on signals of the pointing device 26.
• the position can be changed by a user by means of the pointing device 26 "; In this exemplary embodiment, positioning is effected by touching the touch-sensitive display device in its touch-sensitive area, the pointing device 26 "generating corresponding signals and outputting to the control device 30, in particular the interface 38, which evaluates these.
• the control device 30 is designed so that the device 10 is operable in at least two modes.
• at least one work mode is provided in which the device processes value documents.
• This working mode has at least two different sub-modes, which differ in the way in which the value documents are processed.
• a configuration mode is provided, in which inter alia the function of the device in the at least two sub-modes of the working mode can be configured.
• the device is designed so that it can sort documents of value in working mode.
• the sorting can take place according to any properties of the value documents, for example, such as value, condition, fitness for circulation, contamination, age or specific markings.
• sorting can be done by value.
• the control device 30 shows by controlling the display device 26 'by means of the graph graphical user interface displays.
• FIG. 1 shows, by way of example, a representation 39 which has information fields 41a, 41b indicated by dashed lines in the figures. These information fields are, for example, predetermined by parameters parameter areas of the representation or on the display device 26 ', in each of which a predetermined information is displayed. The number and type of information fields may be the same or different for each of the sub-modes.
• a user may specify settings of the device 10 with respect to value documents to be processed or processed with the device 10 and / or with respect to the processing of the value documents.
• the representation has five information fields 41a, 41b in the illustrated embodiment.
• it is designed as a menu with a plurality of entries in the form of information fields 41a, 41b and a scroll bar 42.
• certain selectable functionalities of the device 10 such as sub-modes, are identified with the information fields 16a, 16b.
• a banknote processing machine may not have the two but more than 50 different configurable sub-modes.
• a user selects, in working mode, a specific sub-mode from the given presentation, ie the menu with several entries in the form of information providers 41a, 41b, in which the device is then operated.
• the five displayed information fields 41a, 41b usually represent only a subarea of the displayed representation, but in special cases, a displayed information field can already make up the entire displayed user interface.
• any information can be represented or communicated with such information fields 41a, 41b.
• user-selectable settings can be made with such information fields 41a, 41b. gene of the device 10 with respect to be processed with the device 10 and / or processed value documents and / or in relation to the processing of the value documents.
• information items relating to the value documents to be processed or processed with the apparatus 10 and / or with regard to the processing of the value documents can also be displayed with such information fields 41a, 41b.
• the graphical user interface 40 has at least one of the information fields 41b in the given representation via an alphanumeric field 44 and a graphic field 46, which are displayed in each mode at the substantially same location of the representation and preferably of substantially the same size.
• the alphanumeric field receives as input data, for example, a character string that is displayed in the information field.
• the graphic field receives graphic data as input data, which are displayed in the information field.
• the control device 30 uses either the alphanumeric field or the graphic field to display the information field, depending on the configuration of the graphical user interface.
• the control device 30 is designed such that in the configuration mode it determines, based on a selection signal, which of the two fields is used to display the information field. This can be done, in particular, by storing, in dependence on the selection signal, configuration data representing which of the fields in the working mode is to be used to display the information field.
• the controller 30 is used in conjunction with the display 26 'and the pointing device 26 ", ie, the touch-sensitive display 26, and the graphical user interface 40.
• the graphical user interface may be programmed to in the configuration mode for the at least one information field 41b displays two fields, one of which can be selected by means of the pointing device 26 ", in the example by touching the touch-sensitive display device 26 in the region of the respective field. Depending on the selection signal triggered by the touch, the configuration data specified by the field are then stored.
• control device 30 When selecting the alphanumeric field, data already stored and representing an alphanumeric string can be used as input data for the field.
• the control device 30 is designed so that in the configuration mode by means of the control device 30, these input data can also be changed or re-detected.
• the control means when displayed in the working mode, uses the graphic field as input data for this graphic data generated by the controller 30, the display 26 'and the pointing device 26 "or in the present example the touch display 26
• bitmap data is used as graphics data.
• the bitmap data is generated by means of the device itself.
• the control device 30, in particular the program code is set up so that in the configuration mode Character mode can be activated, in which by means of a pointing device, in the example of the pointing device 26 "graphic data are generated and stored, which define a displayable by means of a graphical field of the user interface in the information field graphics.
• FIG. 3 schematically illustrates steps of a method for configuring the graphical user interface 40 of the device 10 executed by the control device 30 when program code is executed in the memory of the control device.
• control device 30 checks by means of the touch-sensitive display device 26 whether a user is authorized to use the device in the configuration mode by interrogation of a user ID and a password. Only in this case, the following process steps are carried out.
• the control device controls the display device 26 'to display a representation in which the user can select either an alphanumeric field or a graphic field for displaying at least one of the predetermined information fields by means of a pointing device.
• the pointing device 26 By operation of the pointing device 26 "by the user, the latter generates a selection signal representing which of the two fields is to be used.
• the control device 30 latches the selection signal by storing corresponding configuration data which in the working mode is from the graphic
• the control device 30 changes in the step S2a in a text input mode in which the user is requested to enter a character string of alphanumeric characters (eg a text) to be displayed in the information field via the touch-sensitive display 26 , If subsequently further information fields to be displayed are to be configured, the method begins again with method step S1 described above, otherwise the method ends.
• a character string of alphanumeric characters eg a text
• the method step S1b is followed by the method step S2b in which a character mode is activated, ie. H. the controller 30 changes to the drawing mode.
• a character mode is activated, ie. H. the controller 30 changes to the drawing mode.
• graphics data defining a graphic in the information field are then generated as input data for the graphic field by means of a pointing device, for example via the touch-sensitive display 12, and stored in a memory of the control device 30.
• graphic data representing only positional data given by the pointing device 26 ', in the example of the touch-sensitive display 26, can be generated.
• the control device 30 therefore provides selection elements 48 in a drawing menu, by means of which a pen and various weights for the pen as well as an eraser and different diameters of the eraser can be activated by corresponding inputs of the user and subsequently used.
• pixels may be marked as colored or black.
• the control device 30 is set up to control the display device 26 'in such a way that this already generated graphic display data or corresponding already generated part of the graphic during the generation.
• graphics data which only reproduce the position data detected by the pointing device are generated, they can then be painted onto the display device 26 'as it were. That is, when the touch-sensitive display 26 serves as a pointing device 26 ', the user, immediately after touching the touch-sensitive display 26 at a position, sees blackening as a component of the generated graphic at this point, for example.
• the control device stores the generated graphic data as configuration data or data for a bitmap graphic, for example in the tif format.
• FIGS. 4a to 4c illustrate schematically how the graphical user interface 40 is configured in accordance with the method previously explained with reference to FIG. 3 by means of a concrete example.
• 4a shows a representation 39, which is displayed by means of the graphical user interface, in the form of a selection menu to be displayed in working mode with a plurality of entries in the form of information fields 41a, 41b with alphanumeric characters.
• Such a representation is displayed in the working mode of the device 10 on the ajizaige Rhein 26 'of the device 10, which can be selected by means of a pointing device 26 ", in particular the touch-sensitive display 26 at least one of the information fields 41a, 41b, at least one previously in the configuration mode the device 10 to select sub-mode of the working mode.
• the third entry ie the third information field 41b of the menu
• the third information field 41b of the menu is to be adapted to a specific national language. Since the characters of this national language are difficult to input by means of an alphanumeric keyboard, it is determined, as described above, that a graphic field 46 should now be used to display the third information field 41b instead of the previous alphanumeric field 44 (method step S1 in FIG Fig. 3). Thereafter, a drawing mode is automatically activated in which a user interface of drawing software is displayed on the display 26 '(step S2b in Fig. 3). With this can be selected by means of the selection boxes 48, a pen or an eraser with three different widths.
• a graphic is then drawn with the pointing device into the field 50 (method step S2b in FIG. 3).
• the drawing mode is ended and the finished graphic is stored as configuration data for the graphic field for displaying the information field 41b.
• the finished selection menu with the previously drawn information field 41b is shown as a third entry.
• further exemplary embodiments may differ from the preceding exemplary embodiment in that previously stored graphics or texts are also displayed in the information field, whereby the inputting of the graphics or the text to be displayed is dispensed with. This comes in particular in the case of permanently stored texts and graphics which need not be constantly changed.
• a further embodiment therefore differs from the first exemplary embodiment in that the control device is modified in such a way that the graphical user interface provides only a graphic field, but not an alphanumeric field to be displayed at the same position, for displaying the information field in working mode. In the case of the method, it is then only necessary to define the graphic of the graphic information field 41b in the character mode.
• FIG. 5 Such an exemplary embodiment of a device 10' is shown in Fig. 5.
• the ajiza device 26 ' is given by an LCD display device built into the housing of the device 10 'and the pointing device 26 "through an external mouse or other pointing device to be optionally used only for configuration. Accordingly, the controller 30 is changed from the controller of the previous embodiments, and in particular, the interface for the pointing device and the graphical user interface 40 is modified accordingly.
• a keyboard connected to the control device via a signal connection can be provided, by means of which the control device can detect signals representing alphanumeric characters.
• the control device is designed to control the display device 26 'in such a way that a position defined by the pointing device 26 "is indicated by a pointer, ie in a representation on the display device 26'. symbol displayed on a corresponding position, is displayed on the display 26 '.
• the other devices are unchanged, so that the same reference numerals are used for them as in the first Ausftihrungsbeispiel and the explanations to these also apply accordingly.
• the activation of the character mode in method step S2b and of the text input mode in method step S2a takes place automatically in the first exemplary embodiment as soon as an alphanumeric field or a graphical field for displaying the information field 41b has been selected in method step S1.
• the character mode and / or the text input mode can also be activated selectively by an activation signal, which is generated by a further user input and supplied to the control device 30.
• an activation signal which is generated by a further user input and supplied to the control device 30.
• a mode for selecting a predefined graphic or predefined graphic data or a predefined text or a predefined character string can be started.
• a further exemplary embodiment may differ from the preceding exemplary embodiments in that the control device 30 is designed to additionally provide drawing elements for circles, straight lines, etc. for selection in the drawing mode, whose exact position, configuration etc. can be defined by means of the pointing device.
• control device 30 is set up so that it is not bitmap data but graphic vector data that can be generated and stored as graphic data. But it is also possible that the control device is adapted to generate as graphic data both bitmap and vector graphics data, store and later use as input or configuration data for the graphic field.
• information fields 41b are conceivable, which include both (entered, not shown) alphanumeric characters as well as graphics data.
• alphanumeric letters can also be provided for selection as drawing elements, wherein preferably their exact position, configuration etc. are defined with the pointing device.
• drawing elements such as circles, lines, etc. may also be provided for selection, the exact position, configuration, etc. of which is defined by the pointing device.
• the illustrated method need not only refer to information fields 41a, 41b which are accessible from the user interface in each case in the working mode of the device, i. also to all submodes thereof, but in particular also to information fields 41a, 41b, which are displayed only under certain, predetermined conditions in the working mode, in particular only a part of the sub-modes of the working mode.
• Further exemplary embodiments may differ from the exemplary embodiments described above in that they are designed such that the processing of value documents may include printing of value documents, application of security features to value documents or destruction of value documents.
• Other examples may differ from the previous embodiment in that the value document processing apparatus is for processing value documents such as shares, warrants, bonds and the like, passports such as passports, ID cards, company IDs, membership cards and ID cards, bank cards and credit cards , Chip cards, magnetic stripe cards and any other value documents may be formed. The device are then adapted to the type of value documents to be processed accordingly.

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• General Physics & Mathematics (AREA)
• User Interface Of Digital Computer (AREA)
• Controls And Circuits For Display Device (AREA)

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• 2010
  • 2010-01-08 DE DE102010004166A patent/DE102010004166A1/de not_active Withdrawn
  • 2010-12-22 WO PCT/EP2010/007882 patent/WO2011082813A1/de active Application Filing
  • 2010-12-22 EP EP10798969A patent/EP2521969A1/de not_active Ceased
  • 2010-12-22 KR KR1020127020705A patent/KR101895625B1/ko active IP Right Grant
  • 2010-12-22 CN CN201080064808.6A patent/CN102782646B/zh not_active Expired - Fee Related
  • 2010-12-22 US US13/521,075 patent/US20120284604A1/en not_active Abandoned

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