Printing device of the automated operating machines


B41J3G06F157 -

 

The invention relates to automated printing machines, containing in particular printing device for printing Bank customer accounts or other documents relating to large format, as well as ways of printing devices in these machines. Automated operating machine contains a thermal printing device for printing Bank customer accounts to the user. Mechanism paper feed move the canvas paper roll, 42 paper through the printer 40. After the printed characters on the paper, the paper is cut with a cutting device on the sheets and give the user a mechanism to represent the document. After cutting the paper the paper is moved a small distance in the direction opposite to the direction in which the paper usually move during printing. The device 49 controls the paper feed will act to maintain a relatively constant force of resistance to movement of the canvas paper in the direction of printing after removal of the paper back. The control unit paper feed allows you to limit the application of the forces of resistance below porogovogo case, to cause the slip of paper on the mechanism of the paper feed and the distortion of the printed marks or damage to the fabric of the paper. 5 C. and 33 C.p. f-crystals, 12 ill.

The technical field

The present invention relates to automated operating machines. In particular, the present invention relates to automated operating machines containing printing device for printing Bank customer accounts or other documents relating to large format. Created device controlling the supply of paper to obtain a relatively uniform resistance to movement of the paper and the implementation of the undistorted printing and reliable cutting of paper.

Prior art

Known automated transaction machine. One type of automatic operating machine is an automated teller machine (BA). Were created by BA that could perform a wide range of banking operations. These operations may include the issuance of banknotes or other securities. BA can also accept deposits in the form of sheets or envelopes. BA also sometimes equipped with devices for the issuance and Other types of automated operating machines can be used by service providers, for example, cashiers and Bank tellers. Such operating machine can issue or receive cash or other documents.

Other types of automated operating machines may include a device for counting money, receive money, terminals for handling of shares and other devices. From the point of view of this application as an automatic operating machine, it is necessary to consider any machine that can perform operations involving the transfer of values.

Typical for some types of automated operating machines is to give the user a printout or receipt for each of the transaction. In such receipts usually indicate the type of operation and the amount for which the operation has been performed. The receipt may also be included other information depending on the type of machine and the type of operation. The receipt may include information such as, for example, the name of the customer, time of day, the place where it was performed, the number of the account used, and one or more balances.

Some types of automated operating machines also allow you to get the customer a printout of completed operations. This printout can with the WMD account. For example, a customer that uses certain BA, may obtain an extract from the Bank account of the client, which shows the income and expense on his savings or checking account. An extract from the Bank account of the client, in the case when the operating machine is used by the service provider, may include information relating to transactions performed by the service provider, or operations performed specific machine. Such statements may include information relating to a variety of operations performed within a certain time, or information relating to the operations of specific types or specific categories.

It is often desirable to obtain a printed extract from the Bank account of the client on paper larger format than operating receipts. An extract from the Bank account of the client may include multiple sheets of such paper depending on the number of operations for which we have information. To print such statements may require the provision of printers, which print such statements, larger and heavier paper rolls. Rolls of such a large size is necessary not only to ensure that they contained paper, a larger razmery greater inertia and usually create a greater resistance to movement, set printing mechanism than the paper rolls the smaller sizes used in many printers for printing receipts.

A specific type of printer that can be used for printing Bank account of the client, is a thermal printer. In thermal printers use thermal paper. Thermal printers create localized temperature differences that cause permanent color change of the paper. Such changes color paper can be used to create characters, including numbers, letters and graphics in accordance with the action of a computer or other device, which electronically controls thermal print mechanism.

When performing printing of Bank account of the client with the use of thermographic printing unit continuous paper web from the supply roll is usually transported in the first direction through thermal printing device. However, when using some types of thermal printing devices, or in some situations it is necessary or desirable to take back the paper web in the direction protivnik situations, for example, after the paper is cut. This operation can be performed to achieve proper positioning and alignment of paper with printing mechanism, when you resume printing. This return movement can create a problem when using heavier paper rolls of large dimensions, for example, when printing the Bank account of the client.

Potentially, the problem may be due to the fact that, when a paper is served in the reverse direction, the portion of the blade located between the printer and the paper roll is going to loose sagging condition. When the printer begins again to move the paper forward during execution of the printing operation, the drive mechanism of the paper used for the transport of the paper web through the printer, you have a very low resistance to the movement of the paper. However, after choosing loose slack of the paper, the drive mechanism is experiencing a sharp rise significantly greater resistance when you want the drive mechanism began reporting the movement of the paper roll and to overcome its inertia of rest. This abrupt change in the resistance to movement of the paper may cause slippage of the drive mechanism bcatenin signs or even to the edge of the linen paper.

Thus, there is a need for an automated operating a machine with more advanced printing device. There is also a need for an automated operating machine, which can securely print documents relatively large size, for example the extract from the Bank's customer accounts. In addition, there is a need for an automated operating the machine containing the control unit paper feed means which is supported in a uniform force of resistance to movement of the paper even after the paper has been moved in the opposite direction in which the paper usually move during printing.

Description of the invention

The present invention is to create an automated operating the machine.

An additional object of the present invention is to create an automated operating machines which can produce printed documents relative to large format.

An additional object of the present invention is to create an automated operating machines, which can produce printing of Bank customer accounts, izplateisonai operating machines, which contains the control unit paper feed means which is supported in a uniform force of resistance to movement of the paper in the direction of printing.

An additional object of the present invention is to create an automated operating a machine that is economical to use and manage.

An additional object of the present invention is to provide a printing apparatus suitable for printing on paper, served with a relatively large and heavy roll of paper.

An additional object of the present invention is to provide a method of operation of the printing device with maintenance in General uniform resistance to movement of the paper in the direction of printing.

Additional objectives of the present invention are explained below in the section “the Best ways of carrying out the invention ' and in the claims.

This is accomplished in the exemplary embodiment of the present invention using the automated operating the machine. An example of an automated machine is operating BA. BA used to conduct banking transactions for customers, such as issuing currency, ia in an exemplary embodiment, includes a machine body. The housing contains a user interface including input devices and output to allow the user interacts with the machine. The user interface also provides an outlet for the issuance of statements of accounts of the clients, printed by the machine.

BA in an exemplary embodiment, includes thermographic printing device located in the housing. Thermographic printing device prints the documents, which are cut from the cloth of a paper filed in a printing device with a relatively large roll of paper. The sheets containing the extract from the Bank's customer accounts, print using thermal paper and deliver it to the user through the hole to release the sheets.

The control unit paper feed affects the wet paper between thermal printing device and the paper roll. The control unit paper feed acts to maintain overall constant force of resistance to movement of the paper in the direction in which usually move the canvas paper during printing. The control unit paper feed acts to maintain such constant force resistance Gazovaya device management paper feeding reduces the risk of that paper will be to experience significant fluctuations in the resistance forces that would arise otherwise. Prevent the possibility of impacts on canvas paper excessively high forces of resistance and provide a gradual application of high force resistance. The reduction of the fluctuations of the force of resistance to movement of the paper leads to minimize slip of paper with the exception of defects in printing quality and/or reducing to a minimum the risk of damage to linen paper.

A brief description of the illustrations

In Fig.1 shows a perspective view of exemplary automated operating machines, containing characteristics of the present invention;

in Fig.2 is a side view of the printing device inside the machine shown in Fig.1;

in Fig.3 is a side view, similar to Fig.2, which shows the action of the printing device, when used without certain features of the present inventions;

in Fig.4 is a view similar to those shown in Fig.3, includes a control device for moving the paper used in the exemplary embodiment of the present invention;

in Fig.5 - device control the device control paper feed it is shown in Fig.4, in an alternate position after the paper has been moved in the direction of printing by an amount exceeding that associated with the device controlling the supply of paper shown in Fig.5;

in Fig.7 is a view in plan of thermal printer shown in Fig.2;

in Fig.8 is a view on an enlarged scale approximate versions of the device controlling the supply of securities;

in Fig.9 is a view in isometric of a spring used in the device controlling the supply of securities;

in Fig.10 is a side view of the spring in the undeformed state;

in Fig.11 is a bottom view in isometric of the guide to enter the paper in the printer used in an exemplary embodiment, the device controlling the supply of securities;

in Fig.12 is a top view of the ISO guide to enter the paper in the printer used in an exemplary embodiment, the device controlling the supply of paper.

The best ways of carrying out the invention

In Fig.1 shows an automated operating the machine is indicated in General position 10, made in accordance with a possible embodiment of the present invention. A sample implementation of the present invention is used in connection with b the connection with other types of automated operating machines. In addition, although exemplary variant embodiment of the invention shown positioned in the chassis BA, other embodiments of the invention can be located in a separate building, which is electronically connected with the automated operating the machine with which it is associated.

In an exemplary embodiment, BA 10 is designed to perform operations, such as issuing currency. The machine can also be used for acceptance of deposits, such as Deposit sheets or envelopes. The machine can also print and issue other types of securities in the form of sheets, such as receipts, tickets, vouchers, stamps or other objects. A sample implementation can also be used for printing and issuing Bank customer accounts. An extract from the Bank account of the client can be printed in various formats. In an exemplary embodiment, an extract from the Bank account of the client include characters representing operations carried out by one or more client accounts. In such Bank customer accounts may indicate different types of operations. For example, an extract from the Bank account of the client mo customer accounts can share information on accounts by type of operations, the amount or other parameters. In other embodiments, the implementation can be printed other types of documents.

In an exemplary embodiment, each extract from the Bank account of the client may include a few sheets of paper, printed and issued to the user BA. In an exemplary embodiment, to specify more details of accounts in a more desirable format Bank statements on the account of the client print out on paper of relatively large size, such as paper, which may have a width of at least about five inches (127 mm). This type of paper wider than the relatively narrow paper, commonly used in BA, for delivery to consumer operating receipts.

BA 10 includes a panel 12 that includes user interface components. The panel includes a hole through which you can view the display 14. The display can be made in the form of a cathode ray tube, liquid crystal display, or may display a different type, which can be used to demonstrate visual images and characters to a user. Messages displayed on the display may include a message instructing the user about the operation of the machine. Jervas user also includes a keyboard 16. Users have the ability to enter data and commands into the machine, selectively pressing the keys from a set of function keys and keyboard.

Panel BA 10 also contains holes communicated with devices and mechanisms that are located in the machine casing. In an exemplary embodiment, has a hole 18 for receiving deposits. Users can invest deposits, such as sheets or envelopes that are accepted by the machine through the Deposit opening when conducting Deposit operations. There is also a hole 20 for the issuance of leaves. Banknotes or other documents issued by the user during the execution of operations cash payments through the hole for the issuance of leaves.

The panel also includes a hole 24 for issuing receipts. The hole for the issuance of receipts used for providing users with the printed receipts on operations performed by the machine. The user interface also includes a receiving slot 22 for cards. In an exemplary embodiment, the user can insert the card into the receiving slot to start the machine. The machine has a device for reading cards, which is associated with the receiving slot for cards. Device for sityva the percentage ribbon entered card includes information identifies the user and/or his account. In an exemplary embodiment, the device for reading the card can read, made on debit and/or credit cards.

It should be borne in mind that the device input and output, shown in the user interface, shown for example. Other embodiments of the invention may include other or otlichayushiesya types of input devices and output. These include, for example, other types of devices, card readers, or other types of devices for reading the cards or papers. It should be borne in mind that can also be used other types of identification cards in machines made in accordance with the present invention. These cards can be attributed to the so-called “smart cards (smart cards), which include a programmable memory for storing data. Such data may include information about the user and/or his accounts. Such data may also include information representing the information about the sums. The amount may be read from memory when the card is used to obtain the amount of money in other forms, for example, by using as updated, for example, by performing operations on BA.

Other embodiments of the machine according to the invention may include devices for input, which can read other documents, such as documents, encoded optical marks and identifying the user, account or other information. Other input devices that may be used include devices that can perceive the properties of inductance or the radiation properties of the document. Other types of input devices may include devices for reading biometric type, for example, device fingerprint, the device for scanning the retina of the eye, the device for scanning iris recognition, voice recognition or other types of input devices that can provide input that can be used to identify a particular user and/or his / her accounts.

It should be borne in mind that the keyboard and function keys, which serve as input device in the described embodiment, shown for example. In other embodiments, the implementation can be used with other types of input devices, kostopolous and other types of devices for output. These devices may include other types of visual and non-visual devices for output, which helps to ensure that messages user to issue his instructions or to provide the information relating to the work machine.

Possible variant of the user interface (BA 10 includes an opening 17 of the printer to issue extracts from the personal Bank accounts of customers. Hole 17 of the printer to issue extracts from the personal Bank accounts of the clients used to dispense sheets that contain the extract from the Bank's customer accounts to the users machine. It should be noted that although in the present embodiment, the extract from the Bank's customer accounts are issued to the user via the panel of the machine, in alternative embodiments, the implementation of such statements may be issued to the user from a separate device or housing, which are electronically connected with the operating machine. For example, a computer operating in BA 10, may be associated with one or more local or remote computers. Such computers can be operatively linked to one or more databases that contain data representing the operations performed by the user is working with BA. Access to such data may be provided using a computer running in BA, or using other computers in this building or in adjacent separate device or housing. This allows you to print an extract from the Bank accounts of the client, requested by the user at the location near the user.

In Fig.2 shows an exemplary embodiment of the printing device for printing Bank accounts of the client inside the chassis BA 10. Printer can print characters on paper, which is passed along the path of travel of the paper. The path of the paper passes from the delivery unit, which in this embodiment includes a coil 26 of the paper. The paper is fed from the printing device in the zone 32 of the delivery. Canvas paper passes from the roll to the printer 28. The transport paper, schematically denoted by POS. 27, inside the printer 28 communicates with paper and selectively moves the canvas paper along the path of movement of the paper. In this embodiment, the transport includes a pair of in total opposite rollers or similar elements, which are driven by a motor or other Executive of the fur is the ways of implementation can be used with other devices to provide controlled movement of the paper.

The printer 28 is near the trajectory of the paper posted by a cutting device, schematically denoted by POS. 31. Cutting device selectively operates to cut in the transverse direction of the web paper into separate sheets. Paper interacts mechanism 30 for introducing the document, which, after cutting selectively moves the sheets to the delivery area. Delivery area is located next to the hole 17 of the issue. The mechanism 30 to the document view provides a supply of paper in the hole to release so that the user has access to it. It should also be borne in mind that the hole 17 for release can be fitted next to him a suitable valve or other mechanism that prevents access through the discharge outlet, except when the machine issues a statement to the user. In alternative embodiments of the invention may be additional mechanisms, such as the accumulation of sheets in the stack and view the stack to the user.

Printers of various types, which can be used in embodiments of the invention, may be capable of printing documents with ispolzovaniya print, laser printing, thermal printing or other technologies suitable for the reproduction of printed characters. Although the printer 28 in the present embodiment, paper is supplied from a roll, in an alternative embodiment, the paper can come from other sources paper, for example from the stack, stacked accordion, or from other sources endless paper web or sheet of paper. In an exemplary embodiment, as the printer uses a thermal printer type and paper in the printer is served as an essentially continuous web from a roll of heat-sensitive paper.

Thermal printer and other printer mechanism for printing statements are triggered in response to signals from one or more computers operating in BA. The computer takes the appropriate signals, by means of which the desired printing characters on paper. The computer also sends signals to perform the desired move, cut and issuing securities in a consistent manner with printing and other operating functions of the BA.

In Fig.3 shows a thermal printing device, similar to the one shown in Fig.2. Pecci 36 and the cutting device 37, in General similar to those mentioned in connection with the description of the printer 28. Printing device of Fig.3 also includes a roll 42 thermographic paper, the mechanism 46 for presentation of the document and an area of 48 delivery. In the process of printing paper is normally fed in the direction indicated by the arrow A. In sample thermal printer used in this embodiment, the wet paper is desirable to submit a short distance in the opposite direction to the paper in which it is moved during the printing process, each time after cutting the paper. This is done to achieve proper positioning and alignment of the paper with the printing mechanism at the beginning of the printing on each new sheet. It also allows you to position the cutting device at some distance from the mechanism for printing characters, which improves reliability and eliminates the possibility of residues in the process of cutting operations on the components of the printing mechanism.

The disadvantage of the above configuration is that after removal of the paper back of the canvas paper located between the printer and the paper roll may SAG and sourcestream 40. You can see that the canvas paper 40 gathered in the form of a hollow section between the printer and the paper roll. In these conditions, when the transport of the paper starts to move the paper in the direction of printing, it initially experiences a very low resistance as the slack in the paper is selected. After the slack in the paper is selected, the transport of the paper may suddenly experience a relatively stronger resistance due to inertia of rest relatively large roll 42 paper. In addition, in the example implementation uses a braking device 41, which contains a spring element acting on the roll 42 of the paper. The brake unit 41 applies the braking force to prevent run-on roll at the time of starting and stopping the transportation of the paper. Sudden application of high force resistance due to inertia of rest of the roll and braking can cause slippage of the paper relative to the transport 36. This result may lead to distortion of the characters printed by the printer 40. This distortion can lead to promiscuity signs in some places a printed document. In some circumstances, the abrupt application povery device controlling the supply of paper is so it interacted with the web of paper between host nutrition and transport. The control device of a paper feeding force on the paper is thus to choose sagging and to change the orientation of the canvas. By maintaining the web tension and change its orientation, the displacement resistance of the paper transport is maintained essentially constant, i.e., in the exemplary embodiment, it is maintained in proper limits, at which slippage of the paper is essentially eliminated. Thus, even after removal of the canvas back transport can reliably move the paper web in the direction of printing without generating excessively large fluctuations efforts, which could cause distortion of the printed characters and/or damage the paper.

In Fig.4 and 7 shows thermal printing device containing the variant of implementation of the device 49 controls the paper feed. The device 49 controls the flow of paper in an exemplary embodiment, includes a spring device 50. The spring device 50 communicates with the web of paper and changes the configuration of the trajectory of a moving web of paper, Thu the nogo option exercise as being in the correct range to exclude any significant slippage of the fabric of the paper relative to the transport when moving canvas of paper in the printing process. The device 49 controls the flow of paper in this exemplary embodiment, includes a movable guide 54 to enter the paper. Axis 56 and 58 in this embodiment, are used to maintain the spring device and guide to enter the paper.

The spring device 50 shown in more detail in Fig.8-10. The approximate form of a spring device 50 includes a deformable portion, which may consist of metal or other suitable material having elasticity or spring characteristics. The spring device 50 is deformed, deviating from the configuration given to it, which in General is close to Z-shaped, as shown in Fig.9 and 10, and during operation modifies a form in accordance with the position of the axes 56 and 58. Bias force resulting from such deformation contributes to the retention spring device 50 in a predetermined position. Spring device also includes a relatively wide, being smoothly curved profile of the interacting part 52. Vzaimodeistvie spring devices and provides interaction with the canvas paper as is described below. Interacting portion preferably provides interaction with the canvas paper and its Annex effort that does not cause rupture or damage to the paper. The interacting part 52 also has the ability to move, as described below, to change the configuration of the paper web and to change the force which must be overcome by the mechanism of the paper feed to move the paper in the direction of printing.

Approximate the shape of the guide 54 to enter the paper shown in more detail in Fig.8, 11 and 12. Guide 54 to enter the paper in the present embodiment includes a channel for passage of paper, which essentially has the shape of a confusor in cross section. This form includes an inner guide surface 57, at least one of which has a tapered portion and which is attached to this form in order to support and guide the wet paper while moving in the guide to enter the paper to the input 60 of the printer 40 without strain or tear the paper. Guide 54 to enter the paper includes two eyelets 55 located near the side of its edges. As shown in Fig.8, each lug 55 is planted on the axis 56. This setup allows the guide 54 to enter the paper pnte implementation of the spring device 50 creates a force that acting on the guide 54 to enter the paper, and position the guide to enter the paper relative to the communicating part 52. As a result, the position of the guide 54 to enter the paper is automatically adjusted in accordance with the contour of a leaf of paper when it is modified by provision of a spring device. Of course, it should be borne in mind that the design and operation of the device 49 management paper sample, and in other embodiments of the invention can be used with other devices and mechanisms for the implementation of the principles of the invention.

In Fig.5 and 6 illustrate the method of operation is shown for an example of option exercise device 49 controls the paper feed. The control unit paper feed affects the canvas 44 paper between the paper roll and the drive of the printer. The control unit paper feed allows changing the orientation of the canvas paper and facilitates the direction of the web paper at the entrance to the printer in the whole range of orientations of the canvas paper. More specifically, the orientation of the spring device 50 is shown, for example, the move controller provides the paper with a moving canvas paper othe ever would to a minimum. When the transport of the printer starts to move the canvas paper forward in the direction of printing, the resistance force with this motion canvas paper is maintained essentially constant and within certain limits, eliminating slippage of the paper relative to the movement provided by the transport. As a result, the wet paper is not experiencing excessive resistance that allows printing without significant slippage, which reduces to a minimum the risk of damage to the paper and/or distortion of the printed characters.

In Fig.5 shows an example of performing thermographic printing device shown in Fig.4, during operation, to maintain a suitable resistance to the movement of the canvas paper and to prevent excessively sharp fluctuations in the resistance forces. In the position shown, the wet paper and the device controlling the supply of paper are in the position in which the sagging canvas paper selected as this occurs when the paper divert back to perform the operation of cutting. While retracting the paper moves in the direction opposite to the normal direction of movement of the BU brake unit 41, supported in the sheet of paper between the roll and the printer. The angular position of the outer part 52 of the spring device 50 also changes the vertical and horizontal components of the resistance force applied by the wet paper, when the wet paper begins again to move the transport direction of printing. This change of contour cloth paper leads to an increase in the magnitude of the force which must be applied by the transport initially, when the wet paper begins to move forward in the direction of printing.

In Fig.6 shows the configuration of the control device of a paper feeding when the transport has moved the canvas paper forward in the direction of printing at a substantial distance from the position of the canvas paper, shown in Fig.5. Under these conditions, the spring device is shifted from the position shown in Fig.5, under the action of applied forces. These forces include resistance to moving forward cloths of paper generated by the braking device 41, and inertial forces associated with the movement of the roll 42 of the paper. In this displaced position, the configuration of the blade is changed, and the position of the interacting portion 52 of the spring device causes prilojeniya in the drawing. The result is that conditions are created when the force pulling effect on the paper in a more forward direction. As a result, the resistance to movement of the paper experienced by the transport of the printer is kept constant and at the desired limits.

Sample form of embodiment of the invention allows to eliminate conditions that would otherwise occur in the absence of a device controlling the supply of paper and in which the transport has experienced low resistance to the movement of paper, and then suddenly experienced a sharp increase in the resistance to movement of the paper. This can cause slippage of the paper relative to the movement generated by transport, and the gaps in printed characters. It is obvious that the movement of the spring device 50 also causes the guide 54 to enter the paper to turn relative to the axis 56. Move the guide to enter the paper is in response to the orientation of the spring device and serves to smooth areas of the canvas paper along the guide surfaces 57 to the input 60 of the printer, regardless of the orientation of the canvas.

It should also be borne in mind that, although normal operation of primene canvas when the paper is given back, this way of implementing acts in a manner that minimizes the risk of sharp fluctuations of force and application of force exceeding a threshold value, under the influence of which the paper will essentially slip relative movement generated by the transport, even if the sagging canvas paper. This is achieved by the fact that, if the slack of the fabric takes place, moving the cloth paper in the direction of the printing inevitably constrains the canvas to influence the spring device 50. The spring device 50 first is in the undeformed position, as shown in Fig.4. As the painting continues to move the transport, the spring device starts to be deformed relative to its original undeformed state. This leads to a relatively gradual application of force of resistance acting on canvas paper, and not to a sudden application of force resistance, as it would occur in the absence of a control device of a paper feeding. Of course, the force acting on the canvas increases over time until the paper starts to rotate so that it still is but to maintain the power of resistance is essentially constant, in accordance with the present invention is in the range from dismissive small value to the threshold level of resistance, which remains below that which would cause substantial slippage of the paper relative to the movement generated by the transport.

When you apply the device controlling the supply of paper according to the present invention, the resistance force to the paper transport direction of the printing is maintained essentially constant in the relevant range. Resistance force is maintained during the time intervals after moving the paper in the direction opposite to the direction of movement of the paper during the printing process. This is achieved in this embodiment by changing the orientation of the paintings of the paper, which affects the transport with which the wet paper is moved so that the components of the force of resistance change as you change the orientation of the blade. Note that this function may be performed in other ways using other types of elements and mechanisms that select the sagging canvas paper, by taking the paper back and supported in part allocated to the and the possibility of abrupt irregular spikes or excessively large resistance forces, which could cause a slip of paper and lead to distortion of the printed characters. The principles of the present invention can be used in the application of various methods and devices other than those described exemplary variant implementation.

Although a sample implementation of the present invention is described on the example of the printing of Bank customer accounts, the principles of the invention can be applied to other types of printed documents. These principles can be applied, for example, when printing reports, graphs, spreadsheets, cards, tickets and other documents that you want to print on paper a relatively large size. Similarly, the principles of the invention can be applied in circumstances when it is necessary to move the paper in opposite directions during printing, other than for cutting, or in other circumstances when you may experience relatively large or irregular forces.

Thus, when using an automated machine operating according to the present invention is achieved by at least one of the above-mentioned results, eliminates difficulties encountered with the above.

In the above description of some of the terms used for brevity, clarity and better understanding, but they should not be construed as limiting, as such terms are used for descriptive purposes and should be interpreted in a broad sense. In addition, descriptions and illustrations are given here as examples, and the invention is not limited to the illustrated and described details.

In the following claims any signs described as a means to perform a certain function should be interpreted as encompassing any means known to specialists in this field, through which you can perform the described functions, and they should not be construed as a means, shown limited signs and structures or their equivalents.

Based on the described features, enhancements and principles of the invention, the manner in which it is implemented and functioning, and achieved advantages and useful results in the accompanying claims set forth a new and useful structures, devices, elements, units, parts, combinations, systems, equipment, operations, methods and relationships.

Formula izopet who ate the paper, by this mechanism the paper feed designed to move the paper from host feeding paper to the printer, and when moving the paper in the first direction of transport of paper resist movement of the paper, the control unit paper feed comprising a deformable element, and a deformable element deforms in response to movement of the paper in the first direction, interacting with paper element associated with a deformable element, and interacting with paper element configured to interact with the paper in the area between the mechanism of the paper feed and infeed paper guide input paper located between interacting with paper element and the transport of the paper in this guide for entering paper mounted for movement, and a deformable element operatively associated with a guide for entering the paper, and the control unit paper feed is intended for the application essentially constant resistance to movement of the paper in the first direction, carried out by the transport of paper.

2. The device under item 1, characterized in that it contains automatisierte controlling the supply of paper is placed in the automatic operating machine, an automated operating machine is configured to perform operations associated with transfers of value.

3. The device according to p. 2, characterized in that the said machine has a body, while the printing device is located inside the housing and configured to print an extract from the Bank account of the client.

4. The device according to p. 3, characterized in that the said machine includes a device issuing banknotes.

5. The device according to p. 3, characterized in that the said machine includes a device for receiving deposits.

6. The device according to p. 3, characterized in that the said machine includes a reader with card banking machine.

7. The device under item 1, characterized in that the deformable element includes a spring device.

8. The device according to p. 7, characterized in that the spring device has a first end and a second end, interacting with paper element placed at the end of the spring device.

9. The device under item 8, wherein interacting with paper element formed by a spring device.

10. The device under item 8, wherein interacting with paper lebresne form.

12. The device under item 1, characterized in that the guide to enter the paper contains at least one internal surface, the form of which provides the direction of paper.

13. The device according to p. 12, wherein the at least one inner guide surface for input paper contains tapering part.

14. The device under item 1, characterized in that the spring device provides for the establishment of power to influence the guide to enter the paper to move the guide to enter the paper regarding interacting with paper element.

15. The device under item 1, characterized in that the printing device is in supporting connection with the housing, and a guide for entering paper set can be rotated relative to the body.

16. The device under item 1, characterized in that the control unit paper feed is designed to support the resistance movement mechanism of the paper feed in the first direction at the level below a threshold, above which the paper has the possibility of slippage relative to the transport.

17. The device according to p. 16, characterized in that the control unit paper feed, prepzone below the threshold value.

18. The device under item 1, characterized in that the node of the paper contains the paper roll and the brake device, interacting with the paper roll to resist movement of the paper in the first direction.

19. The device under item 1, characterized in that the transport of the paper provides movement of the paper in the process in the second direction opposite the first direction.

20. The device according to p. 19, characterized in that the control unit paper feed chooses a loose slack in the paper moving in the second direction.

21. The device according to p. 1, wherein the printing device comprises a cutting device, this mechanism paper feed advances the paper in the second direction in response to the action of the cutting device cutting the paper.

22. The device under item 1, characterized in that the control unit paper feed is made with the possibility of changing the angular configuration of the paper relative to the transport of paper.

23. The device under item 1, characterized in that the printing device is a thermal printing device.

24. The device under item 1, characterized in that the node of the paper contains a paper widths shall echanism paper feed Assembly paper feed, by this mechanism the paper feed designed to move the paper from host feeding paper to the printer, and when moving the paper in the first direction of transport of paper resist movement of the paper, the control unit paper feed for interacting with paper between the transport of the paper and the junction of the paper, for the application essentially constant resistance to movement of the paper in the first direction, carried out by the mechanism of the paper feed, and the control unit paper feed includes a deformable element, a movable guide for entering the paper button to interact with the paper between area, where the paper interacts with a deformable element, and an area where the paper interacts with the transport of paper.

26. Machine under item 25, wherein the deformable element includes a spring device.

27. Device for printing that contains a printing device that includes a printer mechanism paper feed node of the paper, while the transport of paper designed to move the paper between the node of the paper feed and print stroitelstvo control paper feed moreover, the control unit paper feed is executed with application essentially constant resistance to movement of the paper in the first direction, carried out by the transport paper, the control unit paper feed contains a spring-loaded device having a first end and a second end, and a spring device at its end has interacting with paper element, while interacting with paper element has a curved section, the curved section is intended to interact with the paper between the transport of the paper and the junction of the paper, while the control unit paper feed further comprises a guide for entering paper, this guide to enter the paper is located between the interacting with paper element and mechanism of the paper feed and guide input paper contains a cross-section of the internal channel in the form of a confuser for the direction of the paper, while the spring element operatively associated with the guide to enter the paper.

28. The device according to p. 27, characterized in that it contains an automated operating the machine, and printer mechanism paper feed UE, an automated operating machine is configured to perform operations associated with transfers of value.

29. The device according to p. 27, characterized in that the control unit paper feed is designed to support the resistance movement mechanism of the paper feed in the first direction at the level below a threshold, above which the paper has the possibility of slippage relative to the transport.

30. The method of operation of the printing device of the automated operating machine, comprising the following steps: (a) the actuation mechanism of the paper feed of the printer to move the paper in the first direction in the zone between the node of the paper feed mechanism the paper feed automatic operating machine; (b) the deviation of the paper deformable element in the area between the node of the paper feed mechanism the paper feed effect on the resistance to the movement of the paper in the first direction by deformation of the deformable element to a greater extent with increasing resistance and maintenance of resistance to movement of the paper in the first direction below the level at which the paper is, essentially, prokelisia essence, constant resistance to movement of the paper transport paper in the first direction.

32. The method according to p. 30, characterized in that it further includes printing an extract from the Bank account of the client printing device.

33. The method according to p. 30, characterized in that it further includes a control mentioned by the machine to perform banking operations banking machine.

34. The method of operation of the printing device of the automated operating machine, comprising the following steps: (a) the actuation mechanism of the paper feed of the printer to move the paper in the first direction in the zone between the node of the paper feed mechanism the paper feed automatic operating machine; (b) the interaction of paper in the area between the hub of the paper feed mechanism the paper feed device control paper feed, and the control unit paper feed maintains the resistance to movement of the paper transport paper in the first direction below the level at which the paper is, essentially, slips relative to the transport; (C) the paper transport mechanism of the paper feed in the second aims cutting paper cutting device.

36. The method according to p. 35, characterized in that it further includes (e) feeding the cut paper to the user of the machine.

37. The method according to p. 34, characterized in that it further includes the step of printing an extract from the Bank account of the client printing device.

38. The method according to p. 34, characterized in that after step (C) further includes moving the paper again in the first direction to transport the paper, and when you move the paper again in the first direction, the control unit moving the paper gradually applies the resistance to the paper transport mechanism of the paper feed in the first direction.



 

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FIELD: formation of payment documents.

SUBSTANCE: the information meaningful for the payment document is introduced in the computer of the financial settlements and check-out center, the payment document is formed in the form a text and the first dot-and-dash code line and introduced in the electronic data base, the document is displayed for payment to the payer, the payer introduces the information on the quantity of consumed resources and the sum of payments to the document according to the acting tariff rates, these data are introduced in the cash register of the payment reception center with the date of payment, types and sums of payments, these data and the second dot-and-dash code line with these data on the document are represented by means of the cash register, it is sent to the financial settlements and check-out center, the first and second dot-and-dash code lines are read out, the information is compared with the electronic base, entered together with the information on reception of the payment in its electronic data base.

EFFECT: automated formation of documents with due account made for payments determined by the floor space, quantity of people living there and the quantity of the consumed resources.

8 cl, 1 dwg

FIELD: measurement technology.

SUBSTANCE: method can be used for criminal and official inquires of road accidents. Method is based upon measurement of speed of pedestrian and calculation its arithmetical mean. Method differs from known ones, as speed of motion is measured experimentally 10 to 30 times with three different pedestrians having like age and physical condition as victim of run-over. Results are processed as small sample by using central deviations and those deviations are used to determine average meaning of speed of motion, standard deviation, error and truth of the average mean. Upon finding truth of average mean the necessary number of trials is calculated which number has to be compared with real number of trials. Additional trials are conducted if necessary. Factor of truth of experimental data is calculated from speeds of motion of pedestrians taking part in experiment. Probability and factor of confidence is determined accordingly to speed of motion of injured person and speeds of motion of pedestrians involved into experiment, as well as according to truth of preset limit values of this parameter. If values of preset factors correspond to legitimate values or limits admitted for investigation of road accidents, statistically true minimal and maximal values of speed of motion of injured pedestrian are calculated on the base of normal distribution law by means of subtraction the speed from its average value and addition of product of factor of confidence with standard deviation. Limit values of speed of motion of injured pedestrian are presented for forensic examination to make calculations determining availability or lack of availability of prevention of run-over. For this purpose the statistically truthful minimal and maximal values of speed of motion of injured pedestrian should be calculated in relation to accessible values or limits of probability which is higher than 0,95 and if confidence with speed of motion of injured pedestrian and pedestrians involved into experiment correspond to each other. Preset precision of pedestrian's speed of motion should be within limits of +-0,5 km/hour.

EFFECT: improved precision of measurement; higher probability of prevention of road accident.

2cl, 2 tbl

FIELD: computer science; finance.

SUBSTANCE: system has workplace for analyst-operator, connected to server via connection line, which server has: means for forming a data set concerning current state of portfolio and payments concerning portfolio tools, means for forming a set of variants for controlling portfolio of financial tools, means for forming database and calculating statistic characteristics on basis of history values of risk factors, means for building prognoses in form of debt coefficients matrix, means for calculating risks and means for forming reports.

EFFECT: lower risks.

10 cl, 3 dwg

FIELD: cashless payment technologies.

SUBSTANCE: in method client opens a pay account, picks needed products and/or services, in seller block an order is formed. When client confirms payment, selected products and/or services are reserved and information about order is sent to processing center, where order is registered, assigned an identifier including order information and transferred to seller block. Client connects via cell phone to processing center, where phone is identified. Then client inputs his PIN-code in current system for personalization, after positive result client transmits order identifier. After receiving the latter, during given time, processing center identifies order identifier, checks paying capacity of client, transfers necessary sum to pay account of trading organization.

EFFECT: higher reliability.

2 cl, 2 ex

FIELD: operative manufacture planning.

SUBSTANCE: method is based on use of computer system, including an optimizer, tables for selection of goal function, block for determination of optimization method. Database for recording inputted information and received results is used as well as block for importing data concerning initial state of reservoir fleet and mixing task. Graphic user interface is used to indicate and alter current data during creation of timetable, parameters for optimizer adjustment and indication of textual and graphical system reports. Block for controlling trustworthiness of initial data for forming the best timetable, block for generation of optimization task matrix and block for interpretation of results of optimization task solution are used. Data concerning amount of components, admixtures and product oils in all mixing reservoirs at the moment of beginning of timetable creation, concerning planned tasks for readiness of product oils at certain time moment in accordance to shipment graph, concerning mixing receipts and certification time for each oil, concerning mixing time and readjustment of mixing reservoir during transfer from one oil type to another, concerning speed of feeding of each component and admixture from appropriate reservoirs, concerning configuration of area of mixing and amount of mixing reservoirs are all transferred to computer system from data import block. After check of physical possibility, linear programming matrix is generated for use by optimizer, which automatically selects an optimization method for determination of the best timetable, which is interpreted in form of series of mixing of given product oils, beginning and ending time for each mixing, transfer of each component and admixture from appropriate reservoirs for mixing of each oil, beginning and ending time for feeding of prepared oil directly after mixing and certification into appropriate product reservoir, time of switching feeding of component after filling of one component reservoir to another by results interpretation block.

EFFECT: higher efficiency.

1 dwg

FIELD: railway transport; signaling and communication.

SUBSTANCE: proposed group of invention relates to railway automatic controls and is designed for shunting of electric trains and complies with specific requirements to monorail transport system. Electric depot of monorail transport system consists of outer and inner parking tracks for electric trains before entrance and exit gates and inside depot and also transborder. Control line contains digital computer complex connected by communication lines with stationary and mobile control objects outside and inside depot and furnished with subscriber devices and transmit-receive antenna distributed along parking tracks and make in form of radio radiating cables, and stationary and mobile control objects state pickups, stationary and mobile devices generating control signals and system to determine position of electric trains. Stationary control objects are assembled into device representing mimic diagram of depot, alarm bell drive, gate and transborder drives, light signals. Mobile control objects are grouped in electric trains, on parking tracks outside and inside depot and on transborder. Stationary devices for generating control signals are grouped in workstations with stationary control panels, and mobile control signal generating devices, in carry-on remote control panels of depot operator on duty and control cabin of electric train. Stationary control objects, state pickups found of said objects, workstations and system to determine position of electric train are connected with computer complex by wire and/or wireless communication lines by means of access units, and mobile control objects are connected with computer complex by wireless communication lines through access units. Method to control shunting operations in electric depot of monorail transport system includes three steps: receiving of electric train at depot from route of monorail transport system, departing of electric train from depot to route of monorail transport system and re-positioning of electric train inside depot. Depot dispatcher, operator on duty and electric train driver are engaged in said operations.

EFFECT: improved shunting in depot of monorail transport system owing to optimization of control.

14 cl, 3 dwg

FIELD: lotteries, etc.

SUBSTANCE: in the method gamer with payment gaming terminal according to rules announced by organizers forms a gaming field, processing center checks coincidence of formed field to accounted gaming fields for current lottery, in case of absence of current field it is assigned account and identification data, which are included into database for realized lottery tickets, and in opposite case gamers receives command to form another gaming field.

EFFECT: broader functional capabilities.

2 cl, 2 dwg

FIELD: ATMs.

SUBSTANCE: device has storage for storing banknotes and dispensing gear. Said gear has gear 654 for placing in a stack. Stack gear provides placement of banknotes in form of stack of for example banknotes meant for dispensing from ATM to client, after that stack is given to client from ATM. Stack gear has element 668 serving as support for stack, flexible element 692 and distanced support elements 694. In case of rotation of element serving as support or stack, in first direction of rotation banknotes are engaged with element, serving as support for stack, their holding therein is provided for. After collection of stack element serving as support for stack is rotated in opposite rotation direction, to extract stack from stack gear.

EFFECT: higher efficiency.

2 cl, 68 dwg

FIELD: ATMs.

SUBSTANCE: methods for inputting data into ATM include following steps: forming an input signal when function key or auxiliary keyboard key is pressed at ATM panel, at the same time data inputted into ATM are assigned to pressed key, conversion of input signal from key to input signal, matching coordinate data of point of a point on screen of ATM, previously matched with pressed key, redirection of coordinate data input signal into computer data flow, meant for data input from mouse. Method for data input may have additional steps: forming of signal by pressing key of auxiliary keyboard, conversion of input signal from auxiliary keyboard key to input signal, matching key on standard letter-digit keyboard, previously matched with pressed key; redirection of received input into data flow of computer, meant for inputting data from standard keyboard. ATMs have computer and at least one device for performing financial operations in response to data input in computer, performed in accordance to methods for inputting data into ATM. Devices for storing software have software, providing for control of ATM in accordance to methods for inputting data in ATM.

EFFECT: higher efficiency.

6 cl

FIELD: advertisement.

SUBSTANCE: method includes, before transfer of combined video and audio signal from remote center to multiple control servers, selection of blocks of video and audio information about goods, in remote center, which goods are present in trading location, where appropriate control server is positioned, and playback is performed continuously on each display by means of respective controls server, at least portion of selected blocks of video and audio information about advertised goods is played, which are appropriate for goods present in trading location, wherein appropriate controlling server is located and matching display, after that analysis of blocks of video and audio information indicated on displays, is performed, and report information is formed.

EFFECT: higher efficiency.

2 cl, 1 dwg

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