KR20100092138A - An iron apparatus of paper money - Google Patents

Abstract

PURPOSE: A paper ironing apparatus is provided to extend the lifetime of paper currency by restoring damaged notes. CONSTITUTION: A paper ironing apparatus comprises a thermo-generator(10), a moving block(20), a guide block, a mobile unit, and an alignment table. The thermo-generator comprises a heater(11) to generate heat on the surface thereof. The moving block moves the thermo-generator. The guide block supplies and guides the moving block. The moving unit is coupled with the moving block to move the thermo-generator.

Description

An iron apparatus of paper money

The present invention relates to a bill ironing device, and more particularly, to straighten and spread unfolded crumpled or contaminated bills, thereby reducing the discomfort of the possession of the bills and at the same time extending the service life of the bills to reduce the cost of issuing and exchanging the priesthood. It relates to a bill ironing device for making it possible.

     Banknotes issued on paper and distributed on the market are apparently damaged and contaminated during distribution. For example, banknotes printed on the banknote surface are erased and become invisible, or banknotes that have been cut off due to tearing or corners of banknotes are not functioning as normal banknotes and are discarded. Can be used as a natural restoration.

     Crumpled bills are damaged and contaminated relatively quickly compared to damaged and contaminated bills. For example, the smoother the surface of a banknote, the less physical damage occurs. However, if the wrinkle is severe, the flatness of the banknote surface is lowered to create a protruding portion, and the material in contact with the banknote intensively damages the protruding portion. Crumpling of banknotes such as ink being erased or worn out to form holes may cause a drastic reduction in banknote life.

      In addition, crumpled paper money accelerates contamination and shortens the life of the paper money. Also, unsanitary substances such as various bacteria are adhered to the crumpled area, causing discomfort in the possession of the paper money and creating unsanitary conditions.

      Therefore, there is a problem that the crumpled paper money is excessively expensive to exchange and discard the crumpled paper money to be recovered by exchanging it to the priesthood at the exchange window or to classify it as a waste object. There was an uneconomical problem because it was discarded.

      Therefore, the present invention was created in view of the above circumstances, and the present invention is to restore the crumpled and damaged banknotes to a state close to the priesthood so that they can be used as normal banknotes to extend the period of use.

      Another object of the present invention is to eliminate discomfort by applying sterilization, antibacterial and fragrance for bacteria and contaminants adhered to banknotes to enable hygienic distribution in possession and use of banknotes.

       Still another object of the present invention is to reduce the investment cost and labor cost of issuing and exchanging a priesthood by straightening a crumpled and damaged bill so that it can be used as a normal bill.

       Banknote ironing apparatus according to the present invention for achieving this object,

       A heat generating device having a heater to generate heat in a plane;

       A moving block for supporting and moving the heat generating device in combination;

       A guide block for supporting and guiding the moving block to be movable;

      A moving unit coupled to the moving block to move the moving block to move the heat generating device;

      An alignment table configured at a corresponding position of the heat generator and having a surface facing the heat generator, for aligning bills through the surface;

      Characterized in that it comprises a moving means for moving while supporting the alignment table.

       The heat generating device, a heater connected to the external power source,

      The heater is arranged to be heated by the heat of the heater is provided with a flat surface for pressing the surface of the bill, characterized in that consisting of a heat transfer plate forming a bill transfer area.

       The movable block is a heat insulating plate which is deposited on the rear surface of the flat surface of the heat transfer plate to shield the conductive heat of the heat transfer plate,

      A plate combining the heat transfer plate with the heat insulation plate interposed therebetween,

      It is characterized by consisting of a guide pin is mounted so as to protrude to the outside of the plate to be moved through the guide block.

      The plate is formed in the shape of a square plate, the joint portion to which the moving means of the heat generating device is coupled to the surface portion on the rectangular plate protruding, characterized in that provided with the guide pins mounted on each of the four corners of the plate; do.

       The guide block includes a plate body having a hole corresponding to the guide pin to guide the guide pin of the moving block to move through;

      A mount having a length for securing space in which the movable block can move so as to support and engage both ends of the plate body and to secure a space in which the movable block can move;

       Characterized in that it consists of a structure for supporting and fixing the mounting.

       The structure is composed of a base plate type flat plate and on the upright type with the mount positioned in the vertical direction relative to the mount, the structure is placed on a flat surface. In the horizontal type with the mount positioned in the horizontal direction, the base plate is mounted on the vertical structure. It is characterized by.

       The moving means of the heat generating device,

      A hole drilled in the plate body of the guide block and a driving motor mounted to the periphery of the hole;

       A drive sprocket mounted to the shaft of the drive motor,

      A driven sprocket rotatably engaged with the drive sprocket and the endless chain,

     And a moving block up and down chain coupled to the joint of the moving block by passing through the hole of the plate body to move the moving block including the heat generating device along the guide block by being engaged with the driven sprocket. It is done.

       The drive motor is characterized in that mounted to the plate body as a bracket.

       The alignment table includes a table plate having perforated holes to align and fix banknotes on the mask surface by air adsorption;

      A fan housing provided with a suction fan for flowing suction air through a vent hole for adsorbing bills on the mask surface of the table plate;

      It is characterized by consisting of a joint plate for fixing the table plate to receive the fan in a built-in and having a post for supporting and fixing the table plate.

       Between the table plate and the fan housing is installed by inserting a frame formed with an air flow hole to reduce heat transfer and to secure the air flow gap.

       In order to flow the suction air to the table plate, it is characterized in that the vacuum generator is mounted on the back surface of the table plate mask surface so as to adsorb bills on the mask surface.

       The alignment table moving means, the chain joint bolt and the bundle thereof mounted to the joint plate,

       A slide rail mounted to the joint plate,

       A rod for guiding the slide rail to move in combination;

      A fixing block mounted to the structure, having a bracket for fixing the rod to support and fix the both ends of the rod,

       An endless chain mounted to the chain joint bolt and its bundle to convey the alignment table;

      One end of the endless chain is characterized in that the drive sprocket is meshed with the shaft of the dream engine, and the other side is composed of a drive portion engaged with the driven sprocket. The drive motor, the drive sprocket and the driven sprockets are installed so as to protrude the mounting bracket to the base plate which is a structure, respectively, characterized in that mounted on the bracket and spaced apart from the base plate.

      The present invention is to be able to straighten and spread the crumpled or contaminated banknotes to reduce the discomfort to the possession of the bills and at the same time placed in the bank window or shopping mall can be used to unfold the crumpled bills freely by the ironing device using the ironing device Since it can be induced to extend the period of application of the bill, it is effective to reduce the cost of issuing the priesthood. In addition, it is possible to reduce the bill exchange manpower when deployed and operated at the bank teller jurisdiction over commercial currencies.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

      1 is a bill ironing apparatus according to an embodiment of the present invention.

     Banknote ironing apparatus according to an embodiment of the present invention, it is possible to selectively configure upright and horizontal. The example shown in the figure shows an upright type as an example, where the drive chain is a drive belt, and the sprockets can be replaced by a belt pulley. Operation by the drive motor can also be replaced by pneumatic / hydraulic cylinders. Description of the embodiment of the present invention is an upright chain drive method.

      The main part, as shown in Figure 1, having a heater 11, a heat generating device 10 for generating heat onto the surface, a moving block 20 for supporting and moving in combination the heat generating device 10, Guide block 30 for supporting and guiding the movable block 20 to be movable, coupled with the movable block 20 to move the movable block 20 to move the heat generating device 10 And a mask surface 51 which is constructed at a corresponding position of the heat generating device 10 and faces the heat generating device 10 and faces a banknote (through the mask surface 51). It may be composed of an alignment table 50 for aligning 100, a moving means 60 for moving while supporting the alignment table 50.

      1 and 2, the heat generator 10 is arranged by the heater 11 connected to the external power source 12, the heater 11 is heated by the heat of the heater 11 to press the bill surface Consists of a heat transfer plate 13 having a flat surface for giving a banknote heat transfer area, the heater 11 arranged on the heat transfer plate 13 may be arranged in the heat transfer plate 13 in a built-in or external type, the heater ( The arrangement of 11) is simply for conducting heat on the heat transfer plate 13, and preferably an arrangement that is advantageous for heat transfer.

      The moving block 20, as shown in FIGS. 1 to 3, the heat insulating plate 21 and the heat insulating plate 21 which are deposited on the back surface of the flat surface of the heat transfer plate 13 in order to shield the conductive heat of the heat transfer plate 13. A plate 22 that combines the heat transfer plate 13 and the guide pin 23 is mounted so as to protrude outside the plate 22 to be moved through the guide block 30. When the plate 22 is configured in a rectangular plate shape, the plate portion protrudes a joint 24 for coupling the moving means 40 of the moving block 20 to the surface portion on the rectangular plate, and the guide pin. The 23 is mounted on each of the four corners of the plate 22 to configure a stable location.

      Here, the guide pin 23 is for positioning the whole of the moving block 20 as a bundle, in the upright bill ironing apparatus as shown in Figure 1, the guide block to protrude in the upper direction of the plate 22 to be described later Guided by the 30 and moves up and down in accordance with the drive of the moving means (40).

      1 and 4, the guide block 30 has a hole 32 corresponding to the guide pin 23 to guide the guide pin 23 of the movable block 20 to move through. Length of the space for moving the movable block 20 to support the plate body 31 and the both ends of the plate main body 31 and to secure the space 33 to move the movable block 20 It can be composed of a mounting 34 having a structure, and a structure 35 for supporting and fixing the mounting 34, the structure 35 is composed of a base plate type flat plate and the mounting based on the mounting 34 In an upright type where the stand 34 is located in the vertical direction, the flat plate is placed on a flat surface, and in the horizontal type, the mounting table 34 is positioned in the horizontal direction so that the base plate can be mounted on the vertical structure (as described above, flattening the bills). The device is not shown in the drawings, it stands upright and sphere And the operating principle is basically the same).

       As shown in FIGS. 1 and 5, the moving means 40 of the heat generator 10 includes a hole 36 drilled through the plate body 31 and a drive motor 41 mounted to the plate body 31. ), A drive sprocket 42 mounted on the shaft of the drive motor 41, a driven sprocket 44 meshed with the drive sprocket 42 and an endless chain 43, and rotated; Moving block 20 through the hole 36 of the plate body 31 to move the moving block 20 including the heat generating device 10 along the guide block 30. It may be composed of a moving block up-down chain 45 coupled to the joint 24 of the 20, the drive motor 41 is mounted to the plate body 31 as a bracket 46 to use a minimum space Are arranged.

       The alignment table 50, as shown in Figs. 1, 6 and 7, the table plate 53 through which the vent holes 52 are drilled to align and fix the banknote 100 on the mask surface 51 by air adsorption. And a fan housing 55 provided with a suction fan 54 for flowing suction air through the vent hole 52 to adsorb the bill 100 to the mask surface 51 of the table plate 53. In order to accommodate the fan housing 55 as a built-in type and to support and fix the table plate 53, the fan housing 55 may include a joint plate 57 for fixing the table plate 53.

      Here, it is preferable to insert and install a frame 59 having an air flow hole 58 between the table plate 53 and the fan housing 55 to reduce heat transfer and to secure an air flow gap. 59) is suitable to use aluminum material with low thermal deformation and excellent mechanical strength.

      In addition, in order to flow the suction air to the table plate 53, a vacuum generator (not shown) is installed to replace the suction fan 54 and the fan housing 55 disposed on the back surface of the mask of the table plate 53. 100 may be configured to be adsorbed on the mask surface 51.

       As shown in FIGS. 1 and 6 to 8, the alignment table moving unit 60 includes a chain joint bolt 61 mounted on the joint plate 57, a bundle 62 thereof, and the joint plate 61. A slide rail 63 mounted on the rod 64, a rod 64 for guiding the slide rail 63 to move together, and a bracket for fixing the rod 64 to support and secure both ends of the rod 64. An endless chain (65) having a fixed block (66) mounted on the structure (35) and the chain joint bolt (61) and its bundle (62) for transporting the alignment table (50). 67) and one end of the endless chain 67 may be configured to be driven by a drive sprocket 69a engaged with the shaft of the bulb dream motor 68 and the other by a drive part engaged with the driven sprocket 69b.

      Here, the drive motor 68, the drive sprocket 69a and the driven sprocket 69b are installed so as to protrude the mounting bracket 69c on the base plate, which is a structure 35, respectively, and are mounted on the bracket 69c, respectively. The base plate structure 35 may be mounted to be spaced apart from each other, and the arrangement of the driving unit by the bracket 69C may be advantageous to concentrate the driving unit with minimum space utilization. The height of the bracket 69C is approximately proportional to the height of the fixed block 66.

      In addition, the position of the driven sprocket 69b is positioned at a position where the alignment table 50 can be moved to a position facing the moving block 20 having the heat generator 10. The position of the drive motor 68 and the drive sprocket 69a is not directly related to the location of the heat generator 10 and the alignment table 50. That is, the joint plate 57 may be interlocked with the endless chain 67 and placed at a position capable of moving along the rod 64.

      The banknote ironing device use and operation sequence according to the present invention are as follows.

     As shown in FIG. 1, the crumpled banknote 100 is placed on the table plate 53, which is the alignment table 50. When the suction fan 54 is selected to drive, the suction air acts as a mask surface 51 of the perforated table plate 53 to suck the bill 100. Although it is not necessary to adsorb the bill 100 by the air flow on the table plate 53, if the bill is adsorbed, the bill is straightened and the flow is lost, and the correct position is maintained even when pressed by the heat transfer plate 13 later. There are many advantages to making it straight. Here, the suction fan 54 and the fan housing 55 are simple conventional suction mechanisms for sucking air, and detailed descriptions of driving and electrical wiring thereof will be omitted.

      The banknote 100 is fixed to the alignment table 50 and moved to the position where the heat generating device 10 is located. The movement of the alignment table 50, when power is supplied to the drive motor 68 as shown in Fig. 8, rotates the endless chain 67 in which the drive sprocket 69a is engaged with the driven sprocket 69b as a starting point.

     Since the endless chain 67 is mounted to the chain joint bolt 61 and the bundle 62 mounted on the joint plate 57, the endless chain 67 is a joint plate according to the rotational direction of the drive motor 68. (57) is linearly moved toward the near or distant side to the heat generating device (10). Here, a slide rail 63 is attached to the joint plate 57, and the slide rail 63 is moved along the rod 64. Therefore, when the rotational direction of the drive motor 68 is selected and driven toward the heat transfer plate 13 having the heat generating device 10, the position of the bill 100 on the alignment table 50 is at a certain point. It is positioned at the exact opposite position.

      In order to control the rotation state of the drive motor 68, a control motor such as a stepping motor capable of forward and reverse rotation can be mounted by attaching a simple sensor or by adjusting the rotation amount of the drive motor 68 to the positioning. When applied, it is also possible to automatically position the bill 100 on the table plate 53 to face the heat transfer plate (13).

      When the banknote 100 is positioned at a position facing the heat transfer plate 13, which is the heat generator 10, the moving block 20 is moved to press the heat transfer plate 13 while pressing the surface of the banknote 100 and the heat transfer plate 13. By simultaneously transferring the heat of the bill to the bill 100, so that the bill 100 is quickly and straightened, and kill the bacteria on the surface of the bill 100 with a strong heat.

      The heat transfer plate 13 presses the bill 100 through the moving block 20, the guide block 30, and the moving means 40, and returns to the original position. That is, when the drive motor 41 is rotated, the drive sprocket 42 rotates, which rotates the driven sprocket 44 into which the endless chain 43 is engaged, and pulls up and down the chain 45 again according to the rotational direction. Activate block 20 up and down. Similarly, it is also possible to automate the control of the movable block 20 which moves the heat transfer plate 13 by the attachment of a stepping motor or a simple sensor whose forward and reverse rotation of the driving motor 41 is controlled according to the up and down cycle of the movable block 20.

       On the other hand, by additionally installing a sterilization lamp or sterilization device, such as ultraviolet rays, which can be sterilized on the periphery of the alignment table 50, sterilization and sterilization of the surface of the banknote 100 is possible, and the fragrance can be sprayed. If the device is additionally operated, contaminated bills can be sanitized.

       Thus, the bill ironing apparatus according to the present invention can arrange the bills and spread the bills quickly and simply and correctly through heat transfer through the heat transfer plate, so that the floating population such as banks, shopping malls, railway stations, etc. It can be installed in many specific areas to induce the spread of banknotes as needed for unspecified large numbers of people with bills.

While the invention has been described in connection with the preferred embodiments, it will be readily apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the invention, and all such changes and modifications are set forth in the claims. Belongs to the range.

      1 is a perspective view of a bill ironing apparatus according to an embodiment of the present invention.

      Figure 2 is an exploded view of a mobile block according to an embodiment of the present invention.

      3 is a moving block assembly according to an embodiment of the present invention.

      4 is a perspective view of a guide block according to an embodiment of the present invention.

      5 is a perspective view showing a moving means of a moving block according to an embodiment of the present invention.

      6 is an exploded view of an alignment table according to an embodiment of the present invention.

      7 is an assembly table assembly view according to an embodiment of the present invention.

      8 is a perspective view showing the alignment table moving means according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: heat generating device

11: heater

13: electric plate

20: moving block

21: insulation board

22: plate

23: guide pin

24: joint

30: guide block

31: plate body

32: hole

33: space

34: mount

35: structure

36: hole

40: moving means (moving block side)

41: drive motor

42: drive sprocket

43: endless chain

44: driven sprocket

45: up-down chain

46: bracket

50: sort table

51: mask surface

52: vent hole

53: table plate

54: suction fan

55: fan housing

56: post

57: joint plate

58: air flow hole

59: frames

60: moving means (alignment table side)

61: chain joint bolt

62: Bundle

63: joint plate

64: loading

65: bracket

66: fixed block

67: endless chain

68: drive motor

69a: drive sprocket

69b: driven sprocket

69c: bracket

Claims (13)

       A heat generating device having a heater to generate heat in a plane;        A moving block for supporting and moving the heat generating device in combination;        A guide block for supporting and guiding the moving block to be movable;       A moving unit coupled to the moving block to move the moving block to move the heat generating device;       An alignment table configured at a corresponding position of the heat generator and having a surface facing the heat generator, for aligning bills through the surface;       And a moving means for moving while supporting the alignment table.        The method of claim 1,        The heat generating device,        A heater connected to an external power source,       And a heat transfer plate arranged to form a heater heat transfer area by arranging the heaters and having a flat surface for heating the heat of the heater to press the surface of the banknote.        The method of claim 2,        The moving block is,       A heat insulating plate deposited on a rear surface of the flat surface of the heat transfer plate to shield the conductive heat of the heat transfer plate,       A plate combining the heat transfer plate with the heat insulation plate interposed therebetween,       The bill ironing device, characterized in that consisting of a guide pin is mounted so as to protrude to the outside of the plate to be moved through the guide block.       The method of claim 3, wherein      The plate is formed in the shape of a square plate, the joint portion to which the moving means of the heat generating device is coupled to the surface portion on the rectangular plate protruding, characterized in that provided with the guide pins mounted on each of the four corners of the plate; Banknote ironing machine.        The method of claim 3, wherein       The guide block includes a plate body having a hole corresponding to the guide pin to guide the guide pin of the moving block to move through;       A mount having a length for securing space in which the movable block can move so as to support and engage both ends of the plate body and to secure a space in which the movable block can move;        Papermaking iron, characterized in that consisting of a structure for supporting and fixing the mounting.        The method of claim 5,       And said structure is composed of a base plate flat plate and is placed on a plane in an upright type in which the mount is located in a vertical direction with respect to the mount.        The method of claim 5,        The moving means of the heat generating device,        A hole drilled in the plate body of the guide block and a driving motor mounted to the periphery of the hole;        A drive sprocket mounted to the shaft of the drive motor,       A driven sprocket rotatably engaged with the drive sprocket and the endless chain,      A driven sprocket rotatably engaged with the drive sprocket and the endless chain,      And a moving block up-down chain coupled to the joint of the moving block by passing through the hole of the plate body to move the moving block including the heat generating device along the guide block by being engaged with the driven sprocket. Banknote ironing machine.        The method of claim 7, wherein       The drive motor is a bill ironing apparatus, characterized in that mounted to the plate body as a bracket.        The method of claim 5,        The sorting table,       A table plate with perforated holes to align and fix the bills on the mask surface by air adsorption;       A fan housing provided with a suction fan for flowing suction air through a vent hole for adsorbing bills on the mask surface of the table plate;       And a joint plate for accommodating the fan housing and having a post to fix the table plate.        The method of claim 9,       Bank between the table plate and the fan housing inserting a frame formed with an air flow hole in order to reduce heat transfer and to secure the air flow intervals.        The method of claim 9,      And a vacuum generator mounted on the back surface of the table plate mask to flow suction air to the table plate.        The method of claim 9,        The alignment table moving means,        A chain joint bolt and a bundle thereof mounted on the joint plate,        A slide rail mounted to the joint plate,        A rod for guiding the slide rail to move in combination;       A fixing block mounted to the structure, having a bracket for fixing the rod to support and fix the both ends of the rod,        An endless chain mounted to the chain joint bolt and its bundle to convey the alignment table;        One end of the endless chain is engaged with the drive sprocket interlocked with the shaft of the drive motor and the other side of the bill ironing apparatus consisting of a drive unit engaged with the driven sprocket.        13. The method of claim 12,        The drive motor, the drive sprocket and the driven sprocket of the alignment table moving unit are installed so as to protrude the mounting bracket on the base plate, which is a structure, respectively, and are mounted on the brackets so as to be spaced apart from the base plate. Device.

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