JP2015041134A - Device state storage system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device state storage system that enables easy verification of detailed state information on a currency processing device.SOLUTION: A device state storage system includes a currency processing device that performs processing on currency, imaging means for photographing the currency processing device, storage means for storing imaging data on the imaging means, and display means 15 for displaying the imaging data stored in the storage means, where the imaging means can photograph a storage part storing the currency in the currency processing device, and the storage means stores device information data including the number of currency stored in the storage part of the currency processing device in combination with the imaging data.

Description

  The present invention relates to an apparatus state storage system for storing a state of a money handling apparatus.

  There is a monitoring camera system that captures an image of a monitoring target with a monitoring camera and stores the imaged data so as to be reproducible (see, for example, Patent Document 1). Further, as an automatic transaction monitoring system for monitoring an automatic transaction apparatus that performs deposit / withdrawal processing, there is an apparatus that synthesizes images of captured image information, time information, and operation information (see, for example, Patent Document 2).

JP 2010-98568 A JP 2005-18273 A

  By the way, regarding a money handling apparatus, it is required to make it possible to easily verify detailed state information.

  Therefore, an object of the present invention is to provide an apparatus state storage system that makes it possible to easily verify detailed state information of a money handling apparatus.

  In order to achieve the above object, an invention according to claim 1 includes a money processing device that performs processing relating to money, an imaging means that images the money processing device, a storage means that stores imaging data of the imaging means, An apparatus state storage system comprising: display means for displaying imaging data stored in the storage means, wherein the imaging means is capable of imaging a storage unit for storing money of the money handling apparatus; The means is characterized in that device information data including the number of coins stored in the storage unit of the money handling device is combined with the imaging data and stored.

  According to a second aspect of the present invention, in the first aspect of the invention, the device information data includes full information data of the storage unit.

  The invention according to claim 3 is the invention according to claim 1 or 2, characterized in that the device information data includes empty information data of the accommodating portion.

  The invention according to claim 4 is the invention according to any one of claims 1 to 3, wherein the device information data includes operation information data for the money handling device.

  The invention according to claim 5 is the invention according to any one of claims 1 to 4, wherein there are a plurality of the accommodating portions, the imaging means can image a plurality of the accommodating portions, and the storage means The apparatus information data including the number of pieces of money stored in each of the plurality of storage units is combined with the imaging data and stored.

  The invention according to claim 6 is the invention according to any one of claims 1 to 5, wherein the storage means starts storing the device information data based on the start of processing of the money handling device, and the money The storage of the device information data is ended based on the end of the processing of the processing device.

  According to the first aspect of the invention, the storage unit combines and stores the imaging data of the storage unit of the money handling apparatus captured by the imaging unit and the device information data including the number of stored coins of the storage unit. . For this reason, if the storage data stored in the storage means is reproduced and displayed on the display means, it is possible to check the image data of the storage unit and the state of the number of coins stored in the storage unit on a single screen. Therefore, it is possible to easily verify detailed state information of the money handling apparatus.

  According to the invention of claim 2, since the device information data includes the full information data of the storage unit, if the storage data stored in the storage unit is reproduced and displayed on the display unit, the imaging data of the storage unit and the storage unit It is possible to check the state of the number of coins stored in the coin and whether or not the container is full on one screen. Therefore, it is possible to easily verify more detailed status information of the money handling apparatus.

  According to the invention of claim 3, since the device information data includes the empty information data of the storage unit, if the storage data stored in the storage unit is reproduced and displayed on the display unit, the imaging data of the storage unit and the storage unit It is possible to check the state of the number of coins stored in the unit and whether or not the storage unit is empty on one screen. Therefore, it is possible to easily verify more detailed status information of the money handling apparatus.

  According to the fourth aspect of the present invention, since the device information data includes operation information data for the money handling apparatus, if the storage data stored in the storage means is reproduced and displayed on the display means, It is possible to confirm the state of the number of stored coins in the storage unit and the operation information for the money handling apparatus on one screen. Therefore, it is possible to easily verify more detailed status information of the money handling apparatus.

  According to the invention of claim 5, since the storage means combines and stores the device information data including the number of pieces of money stored in each of the plurality of storage units with the imaging data, the storage data stored in the storage means is stored. If the display means reproduces and displays, it is possible to check the imaging data of the plurality of storage units and the state of the number of coins stored in each of the storage units on one screen. Therefore, it is possible to easily verify more detailed status information of the money handling apparatus.

  According to the invention of claim 6, the storage means starts storing the device information data based on the start of processing of the money handling apparatus, and ends storing of the device information data based on the end of processing of the money handling apparatus. Therefore, it is possible to efficiently combine and store the imaging data of the storage unit and the device information data.

It is a top view which shows the money processing apparatus and imaging camera of an apparatus state storage system which concern on one Embodiment of this invention. It is a side view which shows the money processing apparatus of the apparatus state storage system which concerns on one Embodiment of this invention, a composite video recording apparatus, and a monitor apparatus. It is a front view which shows the display screen of the monitor apparatus of the apparatus state storage system which concerns on one Embodiment of this invention. It is a front view which shows the display screen of the monitor apparatus of the apparatus state storage system which concerns on one Embodiment of this invention. It is a front view which shows the display screen of the monitor apparatus of the apparatus state storage system which concerns on one Embodiment of this invention.

  An apparatus state storage system according to an embodiment of the present invention will be described below with reference to the drawings.

  As shown in FIG. 1, the device state storage system 11 according to the present embodiment includes a money processing device 12 that performs processing related to money, and an imaging camera 13 (imaging means) that images the money processing device 12. 2 includes a composite recording device 14 (storage means) shown in FIG. 2 that stores the imaging data of the imaging camera 13, and a monitor device 15 (display means) that displays the imaging data stored in the composite recording device 14. Yes.

  The money handling apparatus 12 specifically handles banknotes as money. As shown in FIG. 2, the money handling apparatus 12 conveys an operation unit 21 operated by an operator, a receiving port 22A into which banknotes are stacked from the outside, and a banknote fed out from the receiving port 22A. A conveyance path (not shown), an identification unit 23 for identifying banknotes being conveyed on the conveyance path, and a plurality (specifically 13) of recognizing the banknotes identified by the identification unit 23 and distributed on the conveyance path so as to be able to be taken out. Storage portion 24B to 24N.

  The operation unit 21 is provided on the upper surface 31 of the money handling apparatus 12. As shown in FIG. 1, the operation unit 21 includes a process start button 26 that is operated by an operator when a process start instruction is given, a process end button 27 that is operated by the operator when a process end instruction is given, and an operator in an emergency. The emergency button 28 operated by the operator, the release button 29 operated by the operator at the time of release, and the like.

  The receiving port 22A is provided in the lower part of the front surface 32 of the money handling apparatus 12, and has a shape that opens to the front face 32 and one side surface 33 of the money handling apparatus 12. A bill press 35 that can be moved close to and away from the inner surface 34 is provided at the receiving port 22A. With the bill press 35 being separated from the back surface 34, banknotes are thrown into the receiving port 22 </ b> A in an accumulated state between the back surface 34 and the bill press 35. Is inserted between the back face 34 and the banknote inserted by approaching the back face. The acceptance port 22A is provided with a bill presence / absence detection sensor 38A that detects the presence / absence of bills in the receipt port 22A.

  The accommodating portion 24B, which is one of the accommodating portions 24B to 24N, is provided above the receiving port 22A on the front surface 32 of the money handling apparatus 12, and is the same as the front surface 32 and the receiving port 22A of the money handling device 12. It has a shape that opens to the side surface 33. The accommodating part 24 </ b> B accumulates the banknotes drawn out one by one from the inside of the money handling apparatus 12 on the bottom surface 41. For example, unacceptable banknotes that cannot be identified and unacceptable banknotes such as multi-feeds are discharged into the storage unit 24B. The accommodating part 24B is provided with a bill presence / absence detection sensor 38B that detects the presence / absence of a bill in the accommodating part 24B.

  The remaining accommodating portions 24C to 24N among the accommodating portions 24B to 24N are provided behind the receiving port 22A and the receiving portion 24B, and have a shape that opens to the same side surface 33 as the receiving port 22A and the receiving portion 24B. There is no. The accommodating parts 24 </ b> C to 24 </ b> N have the same shape, and the banknotes drawn out one by one from the money handling apparatus 12 are accumulated on the bottom surface 42. A single denomination banknote is accommodated in each of the accommodating portions 24C to 24N.

  The accommodating part 24C is provided with a bill presence / absence detection sensor 38C that detects the presence / absence of a bill in the accommodating part 24C. Similarly, a bill presence / absence detection sensor 38D is provided in the storage portion 24D, a bill presence / absence detection sensor 38E is provided in the storage portion 24E, a bill presence / absence detection sensor 38F is provided in the storage portion 24F, and a bill presence / absence detection sensor 38G is provided in the storage portion 24G. The housing portion 24H contains a banknote presence / absence detection sensor 38H, the housing portion 24I contains a banknote presence / absence detection sensor 38I, the housing portion 24J contains a banknote presence / absence detection sensor 38J, and the housing portion 24K contains a banknote presence / absence detection sensor 38K. The portion 24L is provided with a bill presence / absence detection sensor 38L, the accommodation portion 24M is provided with a bill presence / absence detection sensor 38M, and the accommodation portion 24N is provided with a bill presence / absence detection sensor 38N.

  When the banknote presence / absence detection sensor 38A detects that a banknote has been inserted into the receiving port 22A, the money handling apparatus 12 starts one sorting process. In this state, the process start button 26 of the operation unit 21 is started. It will be in the state which accepts operation of. When the processing start button 26 of the operation unit 21 is operated, a conveyance path (not shown) is driven to separate the banknotes at the receiving port 22A one by one, and are fed out inside with a gap between them to be conveyed on a conveyance path (not shown). Then, after the identification unit 23 performs identification and counting during the conveyance, the identification unit 23 distributes the accommodation units 24B to 24N through a conveyance path (not shown) based on the identification result of the identification unit 23. When the banknote presence / absence detection sensor 38A detects that the banknote at the receiving port 22A has been exhausted and the banknote passage detection sensor (not shown) detects that there is no banknote in the transport path, the transport path (not shown) is stopped and waits. When the banknote presence / absence detection sensor 38A detects that a banknote has been inserted again into the receiving port 22A, the operation of the processing start button 26 of the operation unit 21 is received again. When the process start button 26 of the operation unit 21 is operated, the same sort as described above is performed, and the above is repeated as appropriate. The operation of the processing end button 27 of the operation unit 21 is performed in a state in which the banknote presence / absence detection sensor 38A detects that the banknote in the receiving port 22A has run out and the banknote detection sensor (not shown) detects that there is no banknote in the transport path. If the banknote presence / absence detection sensors 38B to 38N detect that the processing end button 27 of the operation unit 21 is operated and all the banknotes are lost from the storage units 24B to 24N, the one sorting process is performed. Exit.

  Unacceptable banknotes that could not be identified by the identification unit 23 and unacceptable banknotes that were identified as double feed by the identification unit 23 are discharged to the storage unit 24B. Acceptable banknotes identified as normal by the identification unit 23 are classified into the accommodation units 24C to 24N based on the identification result. Each of the accommodating portions 24C to 24N accommodates a banknote with the same single denomination with a low degree of contamination or a banknote with the same single denomination with a high degree of contamination. Specifically, the storage units 24C, 24D, and 24E each have a low degree of fouling, the storage units 24F, 24G, and 24H have a low fouling degree, and the storage units 24I and 24J have a degree of fouling. A low 5,000-yen ticket, a storage unit 24K with a 2000-yen ticket regardless of the degree of contamination, a storage unit 24L with a high-stained 10,000-yen ticket, and a storage unit 24M with a high-stained 1000-yen ticket A case where a 5,000 yen ticket having a high degree of defacement is accommodated in 24N will be described as an example. Of course, this classification method is merely an example, and the present invention is not limited to this, and the money handling apparatus 12 can set various classification methods by an operation input to the operation unit 21 in the setting mode.

  The money handling apparatus 12 is provided with bill passage detection sensors (not shown) at various locations on the conveyance path. Based on the identification result of the identification unit 23 and the detection result of the bill passage detection sensor (not shown), the money handling apparatus 12 can grasp the number of bills accommodated in each of the accommodation units 24C to 24N. The banknote storage number data indicating the number of stored banknotes in each of the storage units 24C to 24N is stored and output by itself. Moreover, the money handling apparatus 12 outputs banknote presence / absence detection data which is a detection result of the banknote presence / absence detection sensors 38B to 38N provided in the storage units 24B to 24N. Moreover, the money handling apparatus 12 outputs banknote presence / absence detection data that is a detection result of the banknote presence / absence detection sensor 38A provided at the receiving port 22A. In addition, since the accommodation part 24B contains double-fed banknotes, the number of sheets may be inaccurate, and the number of banknotes stored in the accommodation part 24B is an approximate number.

  Furthermore, the money handling apparatus 12 outputs process start instruction data indicating that when the process start button 26 of the operation unit 21 is operated, and when the process end button 27 of the operation unit 21 is operated. The process end instruction data indicating is output. Further, emergency operation data indicating that is output when the emergency button 28 of the operation unit 21 is operated, and release operation data indicating that is output when the release button 29 of the operation unit 21 is operated. The banknote storage number data, banknote presence / absence detection data, process start instruction data, process end instruction data, emergency operation data, and release operation data output from the money handling apparatus 12 are apparatus information data.

  Therefore, the device information data is full information data indicating that the banknote storage number data indicates the number of coins stored in the storage units 24C to 24N and full information indicating that each of the storage units 24C to 24N is full. Moreover, the banknote presence / absence detection data is empty information data indicating empty information indicating that the banknotes in the receiving port 22A and the storage units 24B to 24N are empty. Further, the process start instruction data, the process end instruction data, the emergency operation data, and the release operation data are operation information data indicating operation information for the money handling apparatus 12. In other words, the device information data includes the number of pieces of money stored in the storage units 24C to 24N, the full information data of the storage units 24C to 24N, the empty information data of the receiving port 22A and the storage units 24B to 24N, and the money processing device 12. Contains operation information data.

  The imaging camera 13 captures a moving image, and the side surface 33 in which all of the receiving port 22A and the accommodating portions 24B to 24N of the money handling apparatus 12 are opened is fixed so as to face the side surface 33 and is captured. It has become. That is, the imaging camera 13 can image the receiving port 22A into which banknotes are inserted from the outside and the plurality of storage units 24B to 24N that store banknotes fed out from the inside, and output imaging data of the captured moving images. It is possible.

  The composite recording device 14 can communicate with the imaging camera 13 and receives and stores moving image imaging data from the imaging camera 13. In addition, the composite recording device 14 can communicate with the money processing device 12, receives device information data including the number of pieces of accommodation data of the plurality of accommodation units 24 </ b> C to 24 </ b> N of the money processing device 12, and receives the device information data. State information data is created by combining the image data of the moving image taken by the imaging camera 13 together with the date and time information, and stored.

  The composite recording device 14 has an operation unit 51 operated by an operator. The composite recording device 14 can search the stored state information data by the date and time, and when the playback mode is selected and the date and time is specified by an operation on the operation unit 51, the state information data from the specified date and time. Can be reproduced and output to the monitor device 15. When the real-time display mode is selected, the composite recording device 14 can output the combined state information data to the monitor device 15 in real time.

  The composite recording device 14 synthesizes text data based on the device information data from the money processing device 12 so as to be displayed at a predetermined position on the display with respect to the imaging data of the imaging camera 13 and forms state information data. Remember this.

  The monitor device 15 is a color monitor device, and displays the status information data input from the composite recording device 14 on the screen.

  Next, a specific example of the state information data stored in the composite recording device 14 will be described with the display state on the display screen 55 of the monitor device 15. 3 to 5 show the display screen 55.

  In the status information data, the imaging data of the imaging camera 13 shown in FIG. 1 that performs imaging at a fixed position with respect to the money handling apparatus 12 is displayed on the display screen 55 as shown in FIG. Data is synthesized so that a black character “A” indicating the identification of the receiving port 22A is displayed on the display region Aa in the receiving port 22A of the display area Z of the money handling apparatus 12. Further, the data is synthesized so that a black character “B” indicating the identification of the storage unit 24B is displayed in the display area Ba within the storage unit 24B of the display area Z of the money handling apparatus 12 in the imaging data.

  Similarly, a black character “C” is displayed in the display area Ca in the storage section 24C, a black character “D” is displayed in the display area Da in the storage section 24D, and a display area Ea in the storage section 24E is “ “E” black character, “F” black character in the display area Fa in the storage portion 24F, and “G” black character in the display region Ga in the storage portion 24G, in the storage portion 24H. The data is synthesized so that black characters “H” are displayed in the display area Ha. In addition, the black character “I” is displayed in the display area Ia in the storage unit 24I, the black character “J” is displayed in the display region Ja in the storage unit 24J, and “K” is displayed in the display region Ka in the storage unit 24K. ”, A black character“ L ”in the display area La within the storage portion 24L, a black letter“ M ”in the display region Ma within the storage portion 24M, and a display area within the storage portion 24N. Data is synthesized so that black characters “N” are displayed on Na.

  Further, the state information data is displayed on the display area X outside the display area Z of the money handling apparatus 12 in the imaging data of the imaging camera 13 as “XXXX year XX month XX day XX” of date and time information acquired from a timer not shown. Data is synthesized so as to display black characters of “hour XX minutes XX seconds”. That is, by looking at the state information data displayed on the display screen 55, the operator can recognize when the displayed state is.

  In addition, the state information data includes a black character “A:” that is an identification of the receiving port 22A in the display area Ab outside the display area Z of the money handling apparatus 12 in the imaging data of the imaging camera 13. When the banknote presence / absence detection data indicating that the banknote presence / absence detection sensor 38A at the entrance 22A detects a banknote is included in the device information data from the money handling apparatus 12, nothing is displayed and the entrance is received. In the case where banknote presence / absence detection data indicating that the banknote presence / absence detection sensor 38A of 22A is detecting a banknote is not included, the data is synthesized so as to display a red letter “EMPTY” as shown in FIG. The That is, in a state where there is no banknote at the receiving port 22A, a red character “EMPTY” indicating that the receiving port 22A is empty is displayed in the display area Ab of the state information data displayed on the monitor device 15, In the state where there is a bill at the entrance 22A, the characters “EMPTY” are not displayed.

  Further, the status information data includes a black character “B:” that is an identification of the accommodating portion 24B in the display area Bb outside the display area Z of the money handling apparatus 12 in the imaging data of the imaging camera 13. The data is synthesized so as to be displayed in combination with a number (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24B. The number indicating the number of banknotes stored in the storage unit 24B is based on the banknote storage number data indicating the number of banknotes stored in the storage unit 24B included in the device information data from the money handling apparatus 12. Data is synthesized so as to display numbers from “000” indicating that there is no data to “999”, for example, when the storage unit 24B is full. Note that, as described above, since the storage unit 24B includes multi-feed banknotes, the number of sheets may be inaccurate, and the number of banknotes stored in the storage unit 24B is an approximate number.

  That is, when there is no banknote in the storage unit 24B, “000” is displayed in the display area Bb as shown in FIG. 3, and the storage unit 24B is determined from the identification result of the identification unit 23 and the detection result of the banknote detection sensor (not shown). When a bill is received in the card, the reference number is displayed in the display area Bb. As for the number of sheets stored in the storage unit 24B, for example, when 999 sheets are full (full state), the number “999” indicates that the storage unit 24B is full together with the identification “B” indicating the storage unit 24B. The numbers “900” to “998” are displayed in red, and the numbers “B:” indicating the accommodating portion 24B are displayed in yellow to indicate that the state is almost full (near full state), and “000”. The numbers “899” are displayed in black together with the identification “B” indicating the accommodating portion 24B. In addition, when the banknote presence detection data which shows that the banknote presence detection sensor 38B of the accommodating part 24B has not detected the banknote is contained in the apparatus information data from the money processing apparatus 12, banknotes are displayed in display area Bb. “000” is displayed as a number indicating the number of sheets.

  Further, the status information data includes a black character “C:” that is an identification of the accommodating portion 24 </ b> C in the display area Cb outside the display area Z of the money handling apparatus 12 in the imaging data of the imaging camera 13. The data is synthesized so as to be displayed in combination with a number (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24C. The number indicating the number of banknotes stored in the storage unit 24C is based on the banknote storage number data indicating the number of banknotes stored in the storage unit 24C included in the device information data from the money handling apparatus 12. Data is synthesized so as to display numbers from “000” indicating that there is no data to “999”, for example, when the storage unit 24C is full.

  That is, when there is no banknote in the storage unit 24C, “000” is displayed in the display area Cb as shown in FIG. 3, and the storage unit 24C is determined from the identification result of the identification unit 23 and the detection result of the banknote detection sensor (not shown). When a bill is stored in the display area, the number of the banknotes is displayed in the display area Cb. As for the number of sheets stored in the storage unit 24C, for example, when 999 sheets are full (full state), the number “999” indicates that the storage unit 24C is full together with the identification “C” indicating the storage unit 24C. The numbers “900” to “998” are displayed in red, and the numbers “900:” indicating the accommodating portion 24 </ b> C are displayed in yellow so as to indicate a nearly full state (near full state), and “000”. The numbers “899” are displayed in black together with the identification “C” indicating the accommodating portion 24C. In addition, when the banknote presence detection data which shows that the banknote presence detection sensor 38C of the accommodating part 24C has not detected the banknote is contained in the apparatus information data from the money processing apparatus 12, banknote presence detection data is displayed on the display area Cb. “000” is displayed as a number indicating the number of sheets.

  Similarly, the state information data is displayed in the display area Db in combination with black characters “D:” and a number (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24D. The data is synthesized so that Further, the data is synthesized so that the display area Eb displays a combination of black letters “E:” and a number (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24E. In the display area Fb, the data is synthesized so as to be displayed in combination with the black letters “F:” and the numbers (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24F. .

  Further, the data is synthesized so that the display area Gb displays a combination of black letters “G:” and a number (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24G. In the display area Hb, the data is synthesized so as to be displayed in combination with the black letters “H:” and the numbers (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24H. . Further, the data is synthesized so that the display area Ib displays a combination of black letters “I:” and a number (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24I. In the display area Jb, the data is synthesized so that the black characters “J:” and the numbers (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24J are displayed in combination. .

  Further, the data is synthesized so that the display area Kb is displayed in combination with the black characters “K:” and the numbers (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24K. In the display area Lb, the data is synthesized so that the black letters “L:” and the numbers (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24L are displayed in combination. . Further, the data is synthesized so that the display area Mb is displayed in combination with the black letter “M:” and the number (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24M. In the display area Nb, the data is synthesized so that the black characters “N:” and the numbers (“000” in FIG. 3) indicating the number of banknotes stored in the storage unit 24N are displayed in combination. .

  Further, the status information data is displayed by flashing a red character “SOS” in the display area Y when the emergency operation data is included in the device information data from the money handling device 12, and the device information from the money handling device 12. When the release operation data is included in the data, the data is synthesized so that the characters “SOS” disappear from the display area Y.

  Here, when the banknote presence / absence detection sensor 38A detects that a banknote has been inserted into the receiving port 22A, the banknote presence / absence detection sensor 38A detects that the banknote presence / absence detection sensor 38A has one distribution in the apparatus information data. This indicates the start of processing. And if the apparatus information data including this banknote presence / absence detection data is received from the money processing apparatus 12, the synthetic | combination video recording apparatus 14 will synthesize | combine and memorize | store state information data. At this time, since there is a bill at the receiving port 22A and there is no bill in all of the accommodating portions 24B to 24N, the device information data is displayed on the display screen 55 of the monitor device 15 as shown in FIG. In the state, the characters “EMPTY” in the display area Ab are erased, the numbers in the display areas Bb to Nb are all displayed as black characters “000”, and all the accommodating parts 24B to 24N are empty. Yes.

  From this state, when the bills at the receiving port 22A are sorted, the device information data includes the bill storage number data of the storage units 24B to 24N according to the sorting, and the display area Bb based on the device information data. A number corresponding to the number of sheets stored in the storage units 24B to 24N is counted up in .about.Nb.

  For example, at a certain point in time, as shown in FIG. 5, a black character “B: 002” indicating that two bills are fed out into the storage portion 24B is displayed in the display region Cb. “C: 123” black characters indicating that 123 banknotes have been fed out into the storage unit 24C, and the display area Fb indicate that 45 banknotes have been fed out into the storage unit 24F. The black characters “F: 045” are displayed. In addition, black letters “I: 015” indicating that 15 banknotes have been fed out into the storage unit 24I are displayed in the display area Ib, and three banknotes are fed out into the storage unit 24L in the display area Lb. A black letter “L: 003” indicating that the banknote is in a state is displayed in the display area Mb, and a black letter “M: 002” indicating that the banknote is being fed out into the accommodating portion 24M is displayed. Let In the other display areas Db, Eb, Gb, Hb, Jb, Kb, and Nb, “D: indicates that no banknotes are fed out to the accommodating portions 24D, 24E, 24G, 24H, 24J, 24K, and 24N”. Black characters of “000”, “E: 000”, “G: 000”, “H: 000”, “J: 000”, “K: 000”, “N: 000” are displayed. When the banknotes at the receiving port 22A run out, the red letters “A: EMPTY” are displayed in the display area Ab.

  Further, when the sorting process proceeds, for example, when 800 banknotes are fed out to the storage unit 24C, a yellow character “C: 800” is displayed in the display area Cb at that time, and the storage unit 24C When 999 bills are paid out, the red character “C: 999” is displayed in the display area Cb at that time. In addition, when the accommodating part 24C becomes full, a banknote will be paid out to the accommodating part 24D used as the payout destination of the same denomination, and the number of the display area Db is counted up. Further, when the storage unit 24D becomes full, banknotes are paid out to the storage unit 24E that is the payout destination of the same denomination, and the number in the display area Eb is counted up.

  And the money processing apparatus 12 will be complete | finished, if the banknote presence detection sensors 38B-38N detect that the process end button 27 of the operation part 21 is operated, and all the banknotes are lose | eliminated from the accommodating parts 24B-24N. The instruction data and the bill presence / absence detection data indicate the end of one sorting process in the device information data. When the apparatus information data including the processing end instruction data and the bill presence / absence detection data is received from the money processing apparatus 12, the composite recording apparatus 14 thereafter ends the synthesis and storage of the state information data after a predetermined time has elapsed. . Note that since all banknotes are removed at the end of one sorting process, the numbers in the display areas Bb to Nb are all “000” as shown in FIG. 3, and the red color “A: EMPTY” is displayed in the display area Ab. Characters are displayed.

  As described above, the composite recording device 14 starts storing device information data based on the start of processing of the money processing device 12 and ends storing device information data based on the end of processing of the money processing device 12. Of course, the state information data may be always synthesized and stored.

  When the emergency button 28 of the operation unit 21 of the money handling apparatus 12 is operated and emergency operation data is included in the device information data, a red character “SOS” blinks in the display area Y as shown in FIG. Let The red character “SOS” is erased when the release button 29 of the operation unit 21 of the money handling apparatus 12 is operated and the release operation data is included in the device information data. Thereby, for example, if the composite recording device 14 is set to the real-time display mode, the combined state information data is displayed on the monitor device 15 in real time as it is, and the emergency button 28 is operated in this situation. Then, it is possible to notify that an emergency has occurred on the display screen 55 of the monitor device 15 of the composite recording device 14 and the monitor device 15 installed at a location away from the money handling device 12 and the imaging camera 13.

  According to the apparatus state storage system 11 according to the present embodiment described above, the composite recording apparatus 14 captures the image data of the accommodating units 24B to 24N of the money handling apparatus 12 captured by the imaging camera 13, and the accommodating units 24B to 24N. The apparatus information data including the number of stored coins is synthesized and stored. For this reason, if the stored data stored in the composite recording device 14 is reproduced and displayed on the monitor device 15, the captured data of the storage units 24B to 24N at the time and the storage of money in the storage units 24B to 24N at the time. It is possible to check the number of sheets on a single screen. Therefore, it is possible to easily verify detailed state information of the money handling apparatus 12.

  Further, since the device information data includes the full information data of the storage units 24B to 24N, if the storage data stored in the composite recording device 14 is reproduced and displayed on the monitor device 15, the imaging data of the storage units 24B to 24N, It is possible to confirm on one screen whether the storage units 24B to 24N are in the number of stored coins and whether or not each of the storage units 24B to 24N is full. Therefore, more detailed status information of the money handling apparatus 12 can be easily verified.

  Further, since the device information data includes the empty information data of the storage units 24B to 24N, if the storage data stored in the composite recording device 14 is reproduced and displayed on the monitor device 15, the imaging data of the storage units 24B to 24N, It is possible to confirm on one screen whether the number of coins stored in the storage units 24B to 24N and whether or not each of the storage units 24B to 24N is empty. Therefore, more detailed status information of the money handling apparatus 12 can be easily verified.

  In addition, since the device information data includes operation information data for the money handling device 12, if the storage data stored in the composite recording device 14 is reproduced and displayed on the monitor device 15, the imaging data of the storage units 24B to 24N, It becomes possible to confirm the state of the number of stored coins in the storage units 24B to 24N and the operation information for the money handling apparatus 12 on one screen. Therefore, more detailed status information of the money handling apparatus 12 can be easily verified.

  Further, since the composite recording device 14 combines and stores device information data including the number of pieces of money stored in each of the plurality of storage units 24B to 24N with the imaging data, the stored data stored in the composite recording device 14 is monitored. If the device 15 reproduces and displays the image data, it is possible to confirm the image data of the plurality of storage units 24B to 24N and the state of the number of coins stored in the storage units 24B to 24N on one screen. Therefore, more detailed status information of the money handling apparatus 12 can be easily verified.

  In addition, the composite recording device 14 starts storing the device information data based on the start of the processing of the money processing device 12, and ends storing the device information data based on the end of the processing of the money processing device 12. It is possible to efficiently synthesize and store -24N imaging data and apparatus information data.

DESCRIPTION OF SYMBOLS 11 Apparatus state storage system 12 Money processing apparatus 13 Imaging camera (imaging means)
14 Composite recording device (storage means)
15 Monitor device (display means)

Claims (6)

A money handling apparatus for processing money, and
Imaging means for imaging the money handling apparatus;
Storage means for storing imaging data of the imaging means;
An apparatus state storage system having display means for displaying the imaging data stored in the storage means,
The imaging means is capable of imaging a storage unit that stores the money of the money handling apparatus,
The storage means stores apparatus information data including data on the number of coins stored in the storage section of the money handling apparatus in combination with the imaging data.   2. The apparatus state storage system according to claim 1, wherein the apparatus information data includes full information data of the accommodation unit.   3. The apparatus state storage system according to claim 1, wherein the apparatus information data includes empty information data of the housing unit.   4. The apparatus state storage system according to claim 1, wherein the apparatus information data includes operation information data for the money handling apparatus. There are a plurality of the accommodating portions,
The imaging means can image a plurality of the accommodating portions,
The said memory | storage means synthesize | combines and memorize | stores the said apparatus information data containing the number-of-accounts data of the money of each of the said some accommodating part with the said imaging data, The storage means of Claim 1 characterized by the above-mentioned. Device state storage system.   The storage means starts storage of the device information data based on the start of processing of the money handling apparatus, and ends storage of the device information data based on the end of processing of the money handling apparatus. Item 6. The apparatus state storage system according to any one of Items 1 to 5.

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