JP5820752B2 - Money handling machine - Google Patents

Description

  The present invention relates to a money handling machine that handles money, and particularly relates to monitoring work performed by an operator.

  Opening image of the storage taken by the monitoring camera provided above the cash management device when a bar or bundle of banknotes is loaded into and unloaded from the storage in the open state of the cash management device that handles money In addition, there is a cash management system for recording a user's hand image (see, for example, Patent Document 1).

  According to this cash management system, since the data captured by the surveillance camera from the open state to the closed state of the storage is stored, cash management can be easily strict and complicated work can be performed. It becomes unnecessary and can improve business efficiency.

JP 2011-113142 A (FIGS. 1 and 2)

  In the above-described system, when it is detected that the drawer of the storage is started, imaging of the surveillance camera is started, so that there is a possibility that the imaging data at the initial opening cannot be recorded due to the time lag.

  Therefore, an object of the present invention is to provide a money handling machine capable of recording proper image data.

In order to achieve the above object, the invention according to claim 1 is a money handling machine for processing money, and is opened to the outside by an opening / closing means capable of opening an internal mechanism inside the machine to the outside. Imaging means capable of imaging the internal mechanism at an imaging position, switch means that is manually turned on to start capturing of imaging data by the imaging means, and recording means capable of recording imaging data of the imaging means A position change guiding means for guiding the position change of the image pickup means by manual operation from the standby position to the image pickup position; and a recording for starting recording of the imaging data by the recording means based on the position change of the image pickup means. Control means, position change start detecting means for detecting the start of the position change of the imaging means, and position change completion detection for detecting completion of the position change of the imaging means And when the switch means is not turned on at the time when the position change start detection means detects the start of the position change, an alarm is generated, and the position change start detection means starts the position change. An alarm control means for generating an alarm when the position change completion detection means does not detect the completion of the position change even after a predetermined time has elapsed since detection , and recording of the imaging data by the recording means is started , and , and having a opening and closing control means for permitting the opening to the outside of the internal mechanism by said switching means and detects the completion of the position change of the imaging unit by the position change completion detection means.

The invention according to claim 2 is a money handling machine for processing money, wherein an opening / closing means capable of opening an internal mechanism inside the machine to the outside, and the internal mechanism opened to the outside by the opening / closing means at the imaging position. An image pickup means that can be picked up by an image, a switch means that is manually turned on to start capturing of image pickup data by the image pickup means, a recording means that can record image pickup data of the image pickup means, and a manual operation of the image pickup means A position change guiding means for guiding a position change from the standby position to the imaging position, a recording control means for starting recording of imaging data by the recording means based on the position change of the imaging means, and a position change completion detection means for detecting the completion of the position change, the imaging data by the recording means when the internal mechanism is released to the outside by the switching means And recording is not started so Generating an alarm, when the internal mechanism by the closing means the position change completion detection means when is opened to the outside does not detect the completion of the position change of the image pickup means and alarm control means for Ru generate an alarm, characterized by having a.

  The invention according to claim 3 is the invention according to claim 1 or 2, characterized in that the imaging means can be housed in the apparatus and pulled out of the apparatus during imaging.

  According to a fourth aspect of the present invention, in the invention according to the third aspect, the recording means starts recording the imaging data when the illuminance detected by the imaging means exceeds a predetermined first reference illuminance. The recording of the imaging data is stopped when it falls below a predetermined second reference illuminance.

According to the first aspect of the present invention, when recording of imaging data is started by the recording unit, the opening / closing control unit permits the opening / closing unit to open the internal mechanism to the outside, so that the imaging data at the initial opening cannot be recorded. The possibility disappears. Accordingly, it is possible to record appropriate imaging data.
When the switch operation is performed, the imaging unit starts capturing the imaging data, so that the capturing of imaging data can be started with a simple structure.

According to the second aspect of the present invention, the alarm control means issues an alarm that recording of imaging data by the recording means is not started when the internal mechanism is opened to the outside by the opening / closing means. Alarms can be issued for situations where data cannot be recorded. Therefore, the operator is prompted to open the internal mechanism to the outside under a situation where the imaging data can be reliably recorded, and appropriate imaging data can be recorded.
When the switch operation is performed, the imaging unit starts capturing the imaging data, so that the capturing of imaging data can be started with a simple structure.

  According to the third aspect of the present invention, the imaging means can be stored in the apparatus and pulled out of the apparatus at the time of imaging, so that it is not disturbed by storing the imaging means during normal operation. , No loss of convenience.

  According to the invention of claim 4, when the imaging means is pulled out of the apparatus for imaging, the detected illuminance exceeds the predetermined first reference illuminance, and the recording means starts recording the imaging data. At the same time, when the imaging means is housed in the apparatus, the detected illuminance falls below a predetermined second reference illuminance, and the recording means stops recording the imaging data. That is, it is possible to automatically start and stop recording of imaging data in conjunction with the withdrawal and storage of the imaging means. As a result, the imaging means is also used as a means for controlling the start and end of recording of the imaging data. Therefore, cost can be reduced.

It is a perspective view which shows the money handling machine which concerns on 1st Embodiment of this invention. It is a block diagram of the principal part which shows the money handling machine which concerns on 1st Embodiment of this invention. It is a top view which shows the state which pulled out the upper unit of the banknote processing machine in the money handling machine which concerns on 1st Embodiment of this invention. It is a top view which shows the state which pulled out the lower unit of the banknote processing machine in the money handling machine which concerns on 1st Embodiment of this invention. It is a top view which shows the state which pulled out the unit of the new ticket processing machine in the money handling machine which concerns on 1st Embodiment of this invention. It is a top view which shows the state which pulled out the unit of the coin processing machine in the money handling machine which concerns on 1st Embodiment of this invention. The imaging device etc. in the money handling machine which concerns on 1st Embodiment of this invention are shown, (a) is a front view, (b) is a top view, (c) is a side view. It is a perspective view which shows the money handling machine which concerns on 2nd Embodiment of this invention. It is a block diagram of the principal part which shows the money handling machine which concerns on 2nd Embodiment of this invention.

  A money handling machine according to a first embodiment of the present invention will be described below with reference to FIGS.

  The money handling machine according to the first embodiment processes currency such as banknotes and coins. Specifically, the money handling machine is installed in a bank or other financial institution and manages the money handling of the entire store. Machine. For example, the cashier can handle transactions such as deposits and withdrawals by large-scale customers, withdrawal processing of withdrawals to the outside party by the staff, deposit processing of take-out money from outside parties, and after the end of business To manage the closing of deposits and withdrawals at all financial institution stores.

  The money handling machine according to the first embodiment includes a banknote handling machine 11 that performs a deposit / withdrawal process on banknotes, a new ticket processor 12 that performs a withdrawal process on banknotes, in particular, a new banknote, and a deposit / withdrawal about coins. A coin processing machine 13 that performs gold processing or the like is arranged side by side. At the upper part of the coin processor 13, there are provided an operation unit 14 shown in FIG. 2 where an operation input is made by the operator, and a display unit 15 for displaying to the operator.

  As shown in FIG. 1, the banknote handling machine 11 includes a housing (opening / closing means) 21, an upper unit (opening / closing means) 22 that is supported by the upper portion of the housing 21 so as to be slidable back and forth, and is drawn forward. A lower unit (opening / closing means) 23 is supported at the lower portion of 21 so as to be slidable back and forth and pulled out forward. Further, a bundling unit 25 is provided on the upper portion of the housing 21 to bundled loose banknotes and withdraw the money from the front-side bundling portion 24.

  The upper unit 22 is provided with a transaction port 32 at the upper portion of the front surface portion 31 through which loose banknotes are inserted from the outside of the machine and withdrawn rose banknotes from the inside of the apparatus. Further, the upper unit 22 is provided with a reject port 33 at the lower portion of the front surface portion 31 through which unacceptable loose banknotes are discharged from the machine.

  As shown in FIG. 3, an internal mechanism 34 is provided on the rear side of the front unit 31 of the upper unit 22 so that when the upper unit 22 is pulled out from the housing 21, it is pulled out and exposed to the outside. Although not shown, the internal mechanism 34 is provided with an upper transport unit that transports banknotes, an identification unit that identifies and counts banknotes being transported by the upper transport unit, a reject box that stores banknotes that cannot be dispensed, and the like. ing. The upper transport unit, after identifying and counting the banknotes of the transaction port 32 shown in FIG. 1 by the identification unit, transports them to the reject port 33, the binding unit 25 or the lower unit 23, or identifies the banknotes from the lower unit 23. Or the transaction unit 32, the reject box, or the bundling unit 25.

  Between the housing 21 and the upper unit 22, the electromagnetic lock mechanism 35 shown in FIG. 2 that locks the upper unit 22 in a closed state with respect to the housing 21, and the upper unit 22 in a closed state with respect to the housing 21. 2 and a closing detection mechanism 36 shown in FIG. Further, the upper unit 22 is provided with an abnormality detection mechanism 37 shown in FIG. 2, which includes a plurality of sensors for detecting an abnormality such as a jam occurring in the internal mechanism 34.

  As shown in FIG. 4, an internal mechanism 42 is provided on the rear side of the front surface portion 41 of the lower unit 23 so that when the lower unit 23 is pulled out from the housing 21, it is pulled out and exposed to the outside. Although not shown in the drawings, the internal mechanism 42 includes a lower transport unit that transports banknotes, a batch storage that stores temporary stored banknotes in a denomination mixed state, a denomination storage that stores banknotes in denominations, and the like. Is provided. Both the collective storage and the denomination-type storage can accept and store banknotes from the lower transport section and can feed the stored banknotes to the lower transport section. The collective storage and the denomination storage are detachable from the lower unit 23 when the lower unit 23 is pulled out from the housing 21. The lower transport unit transports banknotes from the upper unit 22 to the batch storage and denomination storage, and transports banknotes from the batch storage and denomination storage to the upper unit 22.

  Between the housing 21 and the lower unit 23, the electromagnetic lock mechanism 43 shown in FIG. 2 that locks the lower unit 23 in the closed state with respect to the housing 21, and the lower unit 23 in the closed state with respect to the housing 21. 2 and a close detection mechanism 44 shown in FIG. Further, the lower unit 23 is provided with an abnormality detection mechanism 45 shown in FIG. 2, which includes a plurality of sensors for detecting an abnormality such as a jam occurring in the internal mechanism 42.

  As shown in FIG. 1, the new ticket processor 12 includes a casing (opening / closing means) 51 and a unit (opening / closing means) 52 that is supported by the casing 51 so as to be slidable back and forth and is drawn forward. .

  The unit 52 is provided with a withdrawal port 54 at the upper part of the front surface portion 53 from which a bill for withdrawal is dispensed from the inside of the machine. As shown in FIG. 5, an internal mechanism 55 is provided on the rear side of the front portion 53 of the unit 52 so that when the unit 52 is pulled out from the housing 51, it is pulled out and exposed to the outside. Although not shown in the figure, this internal mechanism 55 has a new type of bill storage that stores new bills so that they can be fed out, and a new ticket transport that transports bills fed out from the new ticket storage to the withdrawal port 54 or the like. A new ticket identification unit that identifies and counts the banknotes being conveyed by the new ticket conveyance unit, a new ticket reject storage that stores banknotes that cannot be withdrawn from the identification result of the new ticket identification unit, and the like.

  Between the casing 51 and the unit 52, an electromagnetic lock mechanism 56 shown in FIG. 2 that locks the unit 52 in a closed state with respect to the casing 51, and whether the unit 52 is in a closed state with respect to the casing 51. A close detection mechanism 57 shown in FIG. 2 is provided for detecting whether or not. Further, the new ticket processor 12 is provided with an abnormality detection mechanism 58 shown in FIG. 2, which includes a plurality of sensors for detecting an abnormality such as a jam occurring in the internal mechanism 55.

  As shown in FIG. 6, the coin processor 13 is slidable back and forth on the housing (opening / closing means) 60, a front door (opening / closing means) 61 that swings and opens the front opening of the housing 60, and the housing 60. A unit (opening / closing means) 62 that is supported by and pulled out forward is provided, and the unit 62 is provided with an internal mechanism 63. The front door 61 is connected to the end of the housing 60 opposite to the banknote processing machine 11 and the new note processing machine 12 in the left-right direction so as to rotate about the vertical axis. The internal mechanism 63 of the coin processor 13 is exposed to the outside when the unit 62 is pulled out from the housing 60. As shown in FIG. 1, a coin depositing port 64 is provided at the upper part of the housing 60, and a bar metal dispensing unit 65 for dispensing wrapping coins is provided at the upper part of the front door 61. In addition, a rose coin dispensing unit 66 for dispensing rose coins is provided at an intermediate position of the front door 61.

  Although not shown, the internal mechanism 63 shown in FIG. 6 includes a coin transport unit that transports coins, a coin sorting unit that identifies and counts the coins being transported by the coin transport unit, and sorts them into denominations. A temporary storage unit that temporarily stores the coins selected by the unit and transported by the coin transport unit according to the denomination, a storage unit that stores the coins stored in the temporary storage unit so that the coins can be withdrawn according to the denomination, and a payout from the storage unit. A coin wrapping unit and the like are provided for identifying, counting, collecting and packaging the coins transported by the coin transporting unit.

  Between the housing 60 and the front door 61, an electromagnetic lock mechanism 67 shown in FIG. 2 that locks the front door 61 in a closed state with respect to the housing 60, and the front door 61 in a closed state with respect to the housing 60. 2 and a close detection mechanism 68 shown in FIG. Further, the coin processor 13 is provided with an abnormality detection mechanism 69 shown in FIG. 2, which includes a plurality of sensors for detecting an abnormality such as a jam occurring in the internal mechanism 63.

  As shown in FIG. 3, in the banknote handling machine 11, the casing 21 and the upper unit 22 can open the internal mechanism 34 inside the machine, and the casing 21 and the lower unit 23 are opened as shown in FIG. 4. The internal mechanism 42 in the machine can be opened to the outside. As shown in FIG. 5, in the new ticket processing machine 12, the casing 51 and the unit 52 can open the internal mechanism 55 inside the machine to the outside. As shown in FIG. , The housing 60, the front door 61 and the unit 62 can open the internal mechanism 63 in the machine to the outside.

  And in 1st Embodiment, as shown in FIG. 1, on the banknote processing machine 11, the non-cash storage post | mailbox 75 which stores a cash voucher etc. is installed, and the control apparatus 76 is mounted on it. An imaging device 77 is mounted on the camera.

  As shown in FIG. 7, the imaging device 77 is supported by the device housing 81 so as to be slidable back and forth through the device housing 81, an extendable slide rail 82, and the slide rail 82. And a camera unit 83 that is pulled out.

  The device housing 81 has an opening 84 on the front surface, and a slide rail 82 is attached to the ceiling surface 85 so as to be able to extend forward from the opening 84.

  A support member 88 of the camera unit 83 is attached to the tip of the slide rail 82. The support member 88 includes a base plate portion 89 fixed to the slide rail 82 in a horizontally disposed state, and a front plate portion extending vertically downward from the front edge portion of the base plate portion 89 so as to be orthogonal to the slide rail 82. 90 and a support plate 91 extending vertically downward from the edge of one side of the substrate 89 in the left-right direction (opposite to the new note processor 12 and the coin processor 13 shown in FIGS. 3 to 6). have. The support plate portion 91 is parallel to the slide rail 82.

  The front plate portion 90 is fitted into the opening portion 84 of the apparatus housing 81 with the slide rail 82 being contracted to close the opening portion 84. The front plate portion 90 is provided with a swingable opening operation lever 93 on which a finger can be hung during a pulling operation, and a camera switch 94 that is pressed. The camera switch 94 can be turned on and off in red and green. The device casing 81 and the support member 88 include a mechanical locking mechanism (not shown) that locks the support member 88 to the device housing 81 so that the opening member 84 is closed when the opening 84 is closed by the front plate portion 90. Is provided.

  In this lock mechanism, the lock is mechanically released by the swinging operation of the opening operation lever 93, and automatically when the support member 88 is closed while the swinging of the opening operation lever 93 is released. Lock it. The apparatus casing 81 includes a drawer detection mechanism 96 shown in FIG. 2 that detects whether or not the slide rail 82 is in the most extended state, that is, whether or not the support member 88 is in the most extended state. FIG. 2 detects whether or not the slide rail 82 is in the most contracted state, that is, whether or not the support member 88 is in a standby state in which the front plate portion 90 closes the opening 84 of the apparatus housing 81. A standby detection mechanism 97 is provided.

  The camera unit 83 includes a hinge 100 attached to the support plate portion 91 of the support member 88 so as to be rotatable about a vertical axis, and a camera base 101 attached to the support plate portion 91 via the hinge 100 so as to be swingable. And a camera (imaging means) 102 attached to the lower surface of the camera base 101.

  The camera base 101 has a side surface on one end side in the length direction coupled to the hinge 100 and swings around the vertical axis with respect to the support member 88. The camera base 101 is retracted from the hinge 100 as shown by a solid line in FIG. 7B, that is, from the hinge 100 as shown by a two-dot chain line in FIG. 7B. It can swing to an imaging posture extending to one side in the left-right direction (the side of the new ticket processor 12 and the coin processor 13 shown in FIGS. 3 to 6). The camera base 101 is parallel to the slide rail 82 directly below the slide rail 82 when in the retracted posture, and extends in a direction orthogonal to the slide rail 82 when in the imaging posture.

  Although not shown, the support member 88 is provided with a holding mechanism such as a magnet catch that holds the camera base 101 in the retracted posture, and a holding mechanism such as a magnet catch that holds the camera base 101 in the imaging posture. The camera base 101 can change its posture when it is swung with a predetermined force or more with respect to each holding mechanism. Further, the support member 88 is provided with a posture detection mechanism 105 shown in FIG. 2 for detecting whether or not the camera base 101 is in an imaging posture.

  The camera 102 is disposed on the opposite side of the camera base 101 from the hinge 100. Therefore, when the camera base 101 is in the retracted position, the camera 102 is located at the rear of the camera base 101, and when the camera base 101 is in the image capturing position, It is arranged on the side of the base 101 on one side in the left-right direction (the side of the new ticket processor 12 and the coin processor 13 shown in FIGS. 3 to 6). The camera 102 is pulled out of the apparatus at the time of imaging. When the slide rail 82 is extended to the maximum and the camera base 101 is in the imaging posture, the camera 102 is opened to the outside of the upper unit 22 of the banknote handling machine 11 shown in FIG. 4, the internal mechanism 42 opened to the outside of the lower unit 23 of the banknote handling machine 11 shown in FIG. 4, the internal mechanism 55 opened to the outside of the unit 52 of the new ticket handling machine 12 shown in FIG. The internal mechanism 63 opened to the outside of the unit 62 of the coin processor 13 shown in FIG. On the other hand, when the camera base 101 is in the storage posture and the slide rail 82 is retracted most, the camera 102 is stored in the apparatus housing 81, that is, in the money handling machine.

  As shown in FIG. 7, the control device 76 is provided with a buzzer 108 for generating an alarm sound on the front surface thereof. Inside the control device 76, as shown in FIG. ) 110 and a recording unit (recording unit) 111 capable of recording the imaging data of the camera 102 on an SD card or the like is provided. The control unit 110 is connected to a recording unit 111, an operation unit 14, a display unit 15, and a buzzer 108, and the lock mechanisms 35 and 43, the closing detection mechanisms 36 and 44, and the abnormality detection mechanism 37, of the banknote handling machine 11. 45, the lock mechanism 56 of the new ticket processor 12, the close detection mechanism 57 and the abnormality detection mechanism 58, and the lock mechanism 67, the close detection mechanism 68 and the abnormality detection mechanism 69 of the coin processing machine 13 are connected. The controller 110 is connected to the camera switch 94 of the imaging device 77, the drawer detection mechanism 96, the standby detection mechanism 97, the attitude detection mechanism 105, and the camera 102.

  Next, main control contents by the control unit 110 will be described.

  During normal operation other than during maintenance, the lock mechanism 35 of the upper unit 22, the lock mechanism 43 of the lower unit 23, the lock mechanism 56 of the new note processor 12, and the lock mechanism 67 of the coin processor 13 are locked. Thus, the camera switch 94 is turned off.

  The control unit 110 monitors the abnormality detection mechanisms 37 and 45 of the banknote processing machine 11, the abnormality detection mechanism 58 of the new note processing machine 12, and the abnormality detection mechanism 69 of the coin processing machine 13, and an abnormality is detected in any of these. When detected, a display indicating that an abnormality has occurred and a display for prompting the camera 102 of the imaging device 77 to be in an imaging position are displayed, and the camera switch 94 blinks red. In addition, even when an input to start maintenance work is performed on the operation unit 14 during maintenance other than when an abnormality has occurred, the control unit 110 sets the camera 102 of the imaging device 77 to an imaging position where imaging can be performed. The camera switch 94 blinks red.

  Looking at this, the operator presses the camera switch 94 blinking in red on the imaging device 77, and when the pressing operation of the camera switch 94 is detected, the control unit 110 lights the camera switch 94 in green. At the same time, the camera 102 is energized to start capturing of image data by the camera 102. That is, the camera 102 starts capturing image data by a switch operation.

  Next, the operator manually pulls out the camera unit 83 from the apparatus casing 81 while releasing the lock of a mechanical locking mechanism (not shown) by swinging the opening operation lever 93 forward. Then, the camera 102 is exposed to the outside, and the illuminance detected from the imaging data of the camera 102 exceeds a predetermined first reference illuminance. Upon detecting this, the control unit 110 captures the image of the camera 102. Recording of data to the recording unit 111 is started. Further, when the camera unit 83 starts to be pulled out from the apparatus housing 81, the standby detection mechanism 97 detects that the standby state in which the opening portion 84 of the apparatus housing 81 is closed by the front plate portion 90 has been stopped.

  Note that the control unit 110 generates a warning sound by the buzzer 108 when the camera switch 94 is not pressed when the standby detection mechanism 97 detects that the standby state has been lost. When the camera switch 94 is pressed, the alarm sound of the buzzer 108 is stopped, the camera switch 94 is lit in green, the camera 102 is energized, and the camera 102 starts capturing image data.

  The operator manually pulls out the camera unit 83 from the apparatus housing 81, and then manually places the camera base 101 in the storage posture into the photographing posture. When the pull-out detection mechanism 96 detects that the support member 88 of the camera unit 83 is pulled out most from the apparatus housing 81, and the posture detection mechanism 105 detects that the camera base 101 is in the shooting posture. The control unit 110 is in a state of permitting the lock mechanisms 35, 43, 56, and 67 to be unlocked. When an abnormality is detected, the display unit displays an abnormality detected in the upper unit 22, the lower unit 23, the new ticket processing machine 12 and the coin processing machine 13 of the banknote handling machine 11 and a display for prompting a recovery operation from the abnormality. 15 and a display prompting the selection input of the unlocking operation to the lock mechanisms 35, 43, 56, and 67 is displayed on the display unit 15. Further, during maintenance other than when an abnormality has occurred, a display for prompting the selection input of the unlocking operation to the lock mechanisms 35, 43, 56, 67 is displayed on the display unit 15. The selection input of the unlocking operation of the lock mechanisms 35, 43, 56, and 67 is performed by an operation input to the operation unit 14.

  If the posture detection mechanism 105 detects that the camera base 101 is in the shooting posture before the pull-out detection mechanism 96 detects that the support member 88 is in the pulled-out state, the control unit 110 causes the buzzer 108 to issue an alarm. Then, when the drawer detection mechanism 96 detects that the support member 88 is in the pulled-out state, the alarm sound by the buzzer 108 is stopped. Further, the support member 88 is in the pulled-out state even after a predetermined time has elapsed after the standby detection mechanism 97 detects that the support member 88 has stopped being in the standby state in which the opening 84 of the apparatus housing 81 is closed. If the drawer detection mechanism 96 detects that the camera base 101 is in the shooting posture, the control unit 110 generates a warning sound by the buzzer 108. Thereafter, when the drawer detection mechanism 96 detects that the support member 88 is in the pulled-out state and the posture detection mechanism 105 detects that the camera base 101 is in the shooting posture, the alarm sound from the buzzer 108 is stopped.

  For example, when performing maintenance of the internal mechanism 34 of the upper unit 22 of the banknote handling machine 11, the operator performs a selection input for the unlocking operation of the lock mechanism 35 of the upper unit 22 of the banknote handling machine 11 on the operation unit 14. Thus, the control unit 110 releases the lock by the lock mechanism 35. Next, the operator performs maintenance such as pulling out the upper unit 22 from the housing 21 and exposing the internal mechanism 34 provided in the upper unit 22 to the outside to eliminate the abnormality. Then, after the maintenance work is completed, the upper unit 22 is pushed back into the housing 21.

  When the close detection mechanism 36 detects that the upper unit 22 has been pushed into the housing 21, the control unit 110 detects whether the internal mechanism 34 is abnormal by the abnormality detection mechanism 37, and detects an abnormality in the internal mechanism 34. If not, the upper unit 22 is locked to the housing 21 by the lock mechanism 35. On the other hand, when an abnormality of the internal mechanism 34 is detected by the abnormality detection mechanism 37, the upper unit 22 is not locked to the housing 21 by the lock mechanism 35, and the internal mechanism 34 of the upper unit 22 of the banknote handling machine 11 is abnormal. The display unit 15 displays that there is. The operator sees this and starts the maintenance again.

  For example, when performing maintenance of the internal mechanism 42 of the lower unit 23 of the banknote handling machine 11, the operator inputs a selection input for the unlocking operation of the lock mechanism 43 of the lower unit 23 of the banknote handling machine 11 to the operation unit 14. As a result, the control unit 110 releases the lock by the lock mechanism 43. Next, the operator performs maintenance such as pulling out the lower unit 23 from the casing 21 and exposing the internal mechanism 42 provided in the lower unit 23 to the outside to eliminate the abnormality. Then, after the maintenance work is completed, the lower unit 23 is pushed back into the housing 21.

  When the close detection mechanism 44 detects that the lower unit 23 has been pushed into the housing 21, the control unit 110 detects whether the internal mechanism 42 is abnormal by the abnormality detection mechanism 45, and detects an abnormality in the internal mechanism 42. If not, the lock unit 43 locks the lower unit 23 to the housing 21. On the other hand, when an abnormality of the internal mechanism 42 is detected by the abnormality detection mechanism 45, the lock mechanism 43 does not lock the lower unit 23 to the housing 21, and the internal mechanism 42 of the lower unit 23 of the banknote handling machine 11 is abnormal. The display unit 15 displays that there is. The operator sees this and starts the maintenance again.

  Further, for example, when performing maintenance of the internal mechanism 55 of the unit 52 of the new ticket processing machine 12, the operator performs a selection input for the unlocking operation of the lock mechanism 56 of the new ticket processing machine 12 to the operation unit 14. Thus, the control unit 110 releases the lock by the lock mechanism 56. Next, the operator performs maintenance such as pulling out the unit 52 from the housing 51 and exposing the internal mechanism 55 provided in the unit 52 to the outside to eliminate the abnormality. Then, after the maintenance work is completed, the unit 52 is pushed back into the housing 51.

  When the closing detection mechanism 57 detects that the unit 52 has been pushed into the housing 51, the controller 110 detects whether the internal mechanism 55 is abnormal by the abnormality detection mechanism 58, and the abnormality of the internal mechanism 55 is detected. If not, the lock mechanism 56 locks the unit 52 to the housing 51. On the other hand, when an abnormality of the internal mechanism 55 is detected by the abnormality detection mechanism 58, the lock mechanism 56 does not lock the unit 52 to the housing 51, and the internal mechanism 55 of the unit 52 of the new ticket processor 12 has an abnormality. It is displayed on the display unit 15. The operator sees this and starts the maintenance again.

  Further, for example, when performing maintenance of the internal mechanism 63 of the unit 62 of the coin processing machine 13, the operator performs selection input of the unlocking operation of the lock mechanism 67 of the coin processing machine 13 to the operation unit 14. As a result, the control unit 110 releases the lock by the lock mechanism 67. Next, the operator performs maintenance such as opening the front door 61 and pulling out the unit 62 from the housing 60 to expose the internal mechanism 63 provided in the unit 62 to the outside to eliminate the abnormality. After the maintenance work is completed, the unit 62 is pushed back into the housing 60 and the front door 61 is closed.

  When the close detection mechanism 68 detects that the unit 62 has been pushed into the housing 60 and the front door 61 has been closed, the control unit 110 detects whether the internal mechanism 63 is abnormal by the abnormality detection mechanism 69. If no abnormality 63 is detected, the front door 61 is locked to the housing 60 by the lock mechanism 67. On the other hand, when the abnormality detection mechanism 69 detects an abnormality in the internal mechanism 63, the lock mechanism 67 does not lock the front door 61 to the housing 60, and the internal mechanism 63 of the unit 62 of the coin processor 13 has an abnormality. It is displayed on the display unit 15. The operator sees this and starts the maintenance again.

  When it is detected by the abnormality detection mechanisms 37, 45, 58, and 69 that there is no abnormality and the lock mechanisms 35, 43, 56, and 67 are locked, the control unit 110 turns off the camera switch 94. In addition, a storage instruction for the camera 102 is displayed on the display unit 15. Then, the operator returns the camera base 101 to the storage position and pushes the camera unit 83 into the apparatus housing 81. When the camera unit 83 is pushed into the apparatus housing 81, the illuminance detected from the imaging data of the camera 102 falls below a predetermined second reference illuminance, and the controller 110 thus has a predetermined illuminance. When the value falls below two reference illuminances, recording of the imaging data of the camera 102 to the recording unit 111 is stopped and energization of the camera 102 is stopped to stop capturing of the imaging data.

  Note that the posture detection mechanism 105 detects that the camera base 101 is out of the imaging posture before the abnormality detection mechanisms 37, 45, 58, and 69 detect that all the abnormalities have been resolved, When the drawer detection mechanism 96 detects that 88 is no longer in the drawer position, the control unit 110 generates an alarm sound by the buzzer 108, and then the attitude that the camera base 101 is in the imaging attitude. When the detection mechanism 105 detects and the pull-out detection mechanism 96 detects that the support member 88 is in the pull-out position, the buzzer 108 stops the alarm sound.

  When the drawer detection mechanism 96 detects that the support member 88 is no longer in the drawer position before the attitude detection mechanism 105 detects that the camera base 101 is no longer in the imaging posture, the control unit 110 causes the buzzer 108 to If the posture detection mechanism 105 detects that the camera base 101 is no longer in the imaging posture after that, the warning sound of the buzzer 108 is stopped. In addition, the posture detection mechanism 105 indicates that the camera base 101 is no longer in the imaging posture even after a predetermined time has elapsed since it was detected that all the abnormalities were resolved by the abnormality detection mechanisms 37, 45, 58, and 69. If it is detected and the standby detection mechanism 97 does not enter the state where the support member 88 is returned to the standby position, the control unit 110 generates an alarm sound by the buzzer 108. After that, when the posture detection mechanism 105 detects that the camera base 101 is out of the imaging posture and the standby detection mechanism 97 detects that the support member 88 is returned to the standby position, the alarm sound of the buzzer 108 is stopped. Let

  As described above, after the camera 102 is arranged at the imaging position, the control unit 110, in other words, after the recording of the imaging data of the camera 102 started before that to the recording unit 111 is started, the banknote processing machine 11. The internal mechanism 34 of the upper unit 22, the internal mechanism 42 of the lower unit 23 of the banknote processing machine 11, the internal mechanism 55 of the new note processing machine 12, and the internal mechanism 63 of the coin processing machine 13 are permitted to be opened to the outside. It will be. After that, until the camera 102 is housed in the apparatus casing 81, the imaging of the camera 102 and the recording of the imaging data in the recording unit 111 are continued, but the abnormality detection mechanisms 37, 45, 58, and 69 are used. Before it is detected that all of the internal mechanisms 34, 42, 55, 63 are normal and all the lock mechanisms 35, 43, 56, 67 are locked, the imaging of the camera 102 and the imaging data recording unit 111 are performed. When the recording is stopped, the buzzer 108 issues an alarm.

  Here, among the internal mechanism 34 of the upper unit 22 of the banknote processing machine 11, the internal mechanism 42 of the lower unit 23 of the banknote processing machine 11, the internal mechanism 55 of the new note processing machine 12, and the internal mechanism 63 of the coin processing machine 13, When maintenance is performed on a plurality of items, the control unit 110 releases the lock of only one of the lock mechanisms 35, 43, 56, and 67, and the maintenance of the released one ends and the locked state is reached. Then, only the next one lock is released, and when the maintenance is completed and the locked state is released, the next one lock is released. Thereby, it is regulated that a plurality of the upper unit 22, the lower unit 23 of the banknote processing machine 11, the unit 52 of the new note processing machine 12, and the unit 62 of the coin processing machine 13 are pulled out simultaneously. As a result, it is possible to prevent other drawn units from becoming blind spots when imaging the drawn monitoring target unit.

  According to the first embodiment described above, when recording of imaging data by the recording unit 111 is started, the control unit 110 causes the internal mechanism 34 to be pulled out from the housing 21 of the upper unit 22 of the banknote handling machine 11. Of the lower unit 23 of the banknote handling machine 11 is opened to the outside by the drawer 21 from the casing 21, and the internal mechanism 55 is pulled out of the casing 52 of the unit 52 of the new ticket handling machine 12. Open to the outside and allow the internal mechanism 63 to be opened to the outside by pulling out the unit 62 of the coin processing machine 13 from the housing 60, so that there is no possibility that it is not possible to record image data at the initial opening. Accordingly, it is possible to record appropriate imaging data when pulling out the internal mechanisms 34, 42, 55, and 63 in maintenance work such as maintenance, inspection, and recovery work. Therefore, it is possible to obtain the work proof of the staff at the time of cash miscalculation occurrence and the fraud deterrent effect.

  In addition, since the camera 102 can be stored in the apparatus and pulled out of the apparatus at the time of imaging, storing the camera 102 during normal operation does not interfere with the convenience. .

  Further, when the switch operation is performed on the camera switch 94, the camera 102 starts to capture the imaging data, so that the capturing of the imaging data can be started with a simple structure.

  Further, when the camera 102 is pulled out of the apparatus for imaging, the detected illuminance exceeds the predetermined first reference illuminance, and the recording unit 111 starts recording the imaging data. , The detected illuminance falls below a predetermined second reference illuminance, and the recording unit 111 stops recording the imaging data. That is, it is possible to automatically start and stop recording of imaging data in conjunction with the drawer and storage of the camera 102. Therefore, maintenance work such as maintenance, inspection, and recovery work can be reliably recorded. In addition, since the camera 102 is also used as a means for controlling the start and end of recording of imaging data, the cost can be reduced.

  Next, a money handling machine according to a second embodiment of the present invention will be described mainly with reference to FIGS. 8 and 9 focusing on differences from the first embodiment.

  In the second embodiment, the electromagnetic locking mechanism 35, 43, 56, 67 shown in FIG. 2 of the first embodiment is not provided, and as shown in FIG. 8, the upper unit 22 of the banknote handling machine 11 is provided. A mechanical lock mechanism 121 that locks the housing 21 in the closed state, a mechanical lock mechanism 122 that locks the lower unit 23 of the banknote processing machine 11 in the closed state, and a new ticket processor A mechanical lock mechanism 123 that locks the twelve units 52 in the closed state with respect to the casing 51, and a mechanical lock mechanism 124 that locks the front door 61 of the coin processor 13 in the closed state with respect to the casing 60. Is provided. These lock mechanisms 121 to 124 include a separate key 125 and a cylinder lock 126 that is unlocked and locked by the key 125.

  The casing 21 includes a lock detection mechanism 127 shown in FIG. 9 that detects whether the upper unit 22 and the casing 21 are locked by the lock mechanism 121, and the lower unit 23 and the casing 21 by the lock mechanism 122. 9 is provided with a locking detection mechanism 128 shown in FIG. The casing 51 has a lock detection mechanism 129 shown in FIG. 9 that detects whether the unit 52 and the casing 51 are locked by the lock mechanism 123, and the casing 60 has a front door by the lock mechanism 124. Each of the lock detection mechanisms 130 shown in FIG. 9 is provided for detecting whether 61 and the housing 60 are in a locked state.

  Next, main control contents by the control unit (alarm control means) 110 in the second embodiment will be described focusing on differences from the first embodiment.

  At the time of maintenance, as in the first embodiment, the operator presses the camera switch 94 that blinks in red on the imaging device 77. When the pressing operation of the camera switch 94 is detected, the control unit 110 controls the camera switch 94. 94 is lit in green and the camera 102 is energized to start capturing of image data by the camera 102.

  Next, the operator pulls out the opening operation lever 93 from the apparatus housing 81. Then, as in the first embodiment, the camera 102 is exposed to the outside, and the detected illuminance exceeds the predetermined first reference illuminance, so that the control unit 110 records the imaging data of the camera 102. Recording to the unit 111 is started.

  The operator manually pulls out the camera unit 83 from the apparatus housing 81, and then manually places the camera base 101 in the storage posture into the photographing posture. Then, the camera 102 is positioned at the imaging position. When the drawer detection mechanism 96 and the posture detection mechanism 105 detect that the camera 102 is positioned at the imaging position, the control unit 110 detects the abnormality by detecting the upper unit 22, the lower unit 23, and the new ticket processing machine of the banknote processing machine 11. 12 and a display for prompting a recovery operation from the abnormality are displayed on the display unit 15 and a display for prompting an unlocking operation to the lock mechanisms 121, 122, 123, 124. Is displayed on the display unit 15. Further, during maintenance other than when an abnormality has occurred, a display prompting the lock release operation to the lock mechanisms 121, 122, 123, 124 is displayed on the display unit 15.

  By the way, in 2nd Embodiment, since the mechanical type lock mechanisms 121-124 which consist of the key 125 and the cylinder lock 126 are used, before displaying the display which promotes unlocking operation as mentioned above on the display part 15, it is. Even if it exists, the lock release operation to the lock mechanisms 121, 122, 123, and 124 is possible.

  For this reason, in the state which the control part 110 has detected that the upper unit 22 of the banknote processing machine 11 was pulled out from the housing | casing 21, and the internal mechanism 34 was open | released outside, in the state which detects the following, Take control. That is, in this state, even when recording of the imaging data of the camera 102 to the recording unit 111 is not started and when recording of the imaging data of the camera 102 to the recording unit 111 is started, the camera 102 The alarm sound is generated by the buzzer 108 for both the case where the pull-out detection mechanism 96 and the posture detection mechanism 105 do not detect the presence of the alarm. Thereafter, when the close detection mechanism 36 detects that the upper unit 22 of the banknote handling machine 11 has been returned to the housing 21, the control unit 110 stops the alarm sound from the buzzer 108.

  Moreover, the control part 110 performs the following control in the state which has detected that the lower unit 23 of the banknote processing machine 11 was pulled out from the housing | casing 21, and the internal mechanism 42 was open | released outside. Do. That is, in this state, even when recording of the imaging data of the camera 102 to the recording unit 111 is not started and when recording of the imaging data of the camera 102 to the recording unit 111 is started, the camera 102 The alarm sound is generated by the buzzer 108 for both the case where the pull-out detection mechanism 96 and the posture detection mechanism 105 do not detect the presence of the alarm. Thereafter, when the closing detection mechanism 44 detects that the lower unit 23 of the banknote handling machine 11 has been returned to the housing 21, the control unit 110 stops the alarm sound from the buzzer 108.

  In addition, the control unit 110 performs the following control in a state where the closing detection mechanism 57 detects that the unit 52 of the new ticket processor 12 is pulled out from the housing 51 and the internal mechanism 55 is opened to the outside. Do. That is, in this state, even when recording of the imaging data of the camera 102 to the recording unit 111 is not started and when recording of the imaging data of the camera 102 to the recording unit 111 is started, the camera 102 The alarm sound is generated by the buzzer 108 for both the case where the pull-out detection mechanism 96 and the posture detection mechanism 105 do not detect the presence of the alarm. Thereafter, when the closing detection mechanism 57 detects that the unit 52 of the new ticket processor 12 has been returned to the housing 51, the control unit 110 stops the alarm sound from the buzzer 108.

  Further, the control unit 110 detects that the front door 61 of the coin processing machine 13 is opened by the closing detection mechanism 68, that is, the unit 62 of the coin processing machine 13 is pulled out from the housing 60 and is inside. When the mechanism 63 is opened to the outside, the following control is performed. That is, in this state, even when recording of the imaging data of the camera 102 to the recording unit 111 is not started and when recording of the imaging data of the camera 102 to the recording unit 111 is started, the camera 102 The alarm sound is generated by the buzzer 108 for both the case where the pull-out detection mechanism 96 and the posture detection mechanism 105 do not detect the presence of the alarm. Thereafter, when the closing detection mechanism 68 detects that the front door 61 of the coin processor 13 is closed, the control unit 110 stops the alarm sound from the buzzer 108.

  For example, when performing maintenance of the internal mechanism 34 of the upper unit 22 of the banknote handling machine 11, the operator performs an unlocking operation of the lock mechanism 121 of the upper unit 22 of the banknote handling machine 11 using the key 125. . Next, the operator performs maintenance such as pulling out the upper unit 22 from the housing 21 and exposing the internal mechanism 34 provided in the upper unit 22 to the outside to eliminate the abnormality. Then, after the maintenance work is completed, the upper unit 22 is pushed back into the housing 21.

  When the close detection mechanism 36 detects that the upper unit 22 has been pushed into the housing 21, the control unit 110 detects whether the internal mechanism 34 is abnormal by the abnormality detection mechanism 37, and detects an abnormality in the internal mechanism 34. If not, a display prompting the lock mechanism 121 to lock the upper unit 22 to the housing 21 is displayed on the display unit 15. On the other hand, when an abnormality of the internal mechanism 34 is detected by the abnormality detection mechanism 37, the display unit 15 displays that there is an abnormality in the internal mechanism 34 of the upper unit 22 of the banknote handling machine 11. The operator sees this and starts the maintenance again.

  For example, when performing maintenance of the internal mechanism 42 of the lower unit 23 of the banknote handling machine 11, the operator performs an unlocking operation of the lock mechanism 122 of the lower unit 23 of the banknote handling machine 11 using the key 125. become. Next, the operator performs maintenance such as pulling out the lower unit 23 from the casing 21 and exposing the internal mechanism 42 provided in the lower unit 23 to the outside to eliminate the abnormality. Then, after the maintenance work is completed, the lower unit 23 is pushed back into the housing 21.

  When the close detection mechanism 44 detects that the lower unit 23 has been pushed into the housing 21, the control unit 110 detects whether the internal mechanism 42 is abnormal by the abnormality detection mechanism 45, and detects an abnormality in the internal mechanism 42. If not, a display prompting the lock mechanism 122 to lock the lower unit 23 to the housing 21 is displayed on the display unit 15. On the other hand, when an abnormality of the internal mechanism 42 is detected by the abnormality detection mechanism 45, the display unit 15 displays that there is an abnormality in the internal mechanism 42 of the lower unit 23 of the banknote handling machine 11. The operator sees this and starts the maintenance again.

  For example, when performing maintenance of the internal mechanism 55 of the unit 52 of the new ticket processing machine 12, the operator uses the key 125 to perform the unlocking operation of the lock mechanism 123 of the unit 52 of the new ticket processing machine 12. become. Next, the operator performs maintenance such as pulling out the unit 52 from the housing 51 and exposing the internal mechanism 55 provided in the unit 52 to the outside to eliminate the abnormality. Then, after the maintenance work is completed, the unit 52 is pushed back into the housing 51.

  When the closing detection mechanism 57 detects that the unit 52 has been pushed into the housing 51, the controller 110 detects whether the internal mechanism 55 is abnormal by the abnormality detection mechanism 58, and the abnormality of the internal mechanism 55 is detected. If not, a display prompting the lock mechanism 123 to lock the unit 52 to the housing 51 is displayed on the display unit 15. On the other hand, when an abnormality of the internal mechanism 55 is detected by the abnormality detection mechanism 58, the display unit 15 displays that there is an abnormality in the internal mechanism 55 of the unit 52 of the new ticket processing machine 12. The operator sees this and starts the maintenance again.

  For example, when performing maintenance of the internal mechanism 63 of the unit 62 of the coin processing machine 13, the operator performs an unlocking operation of the lock mechanism 124 of the coin processing machine 13 using the key 125. Next, the operator performs maintenance such as opening the front door 61 and pulling out the unit 62 from the housing 60 to expose the internal mechanism 63 provided in the unit 62 to the outside to eliminate the abnormality. After the maintenance work is completed, the unit 62 is pushed back into the housing 60 and the front door 61 is closed.

  When the close detection mechanism 68 detects that the unit 62 has been pushed into the housing 60 and the front door 61 has been closed, the control unit 110 detects whether the internal mechanism 63 is abnormal by the abnormality detection mechanism 69. If no abnormality 63 is detected, a display that prompts the lock mechanism 124 to lock the front door 61 to the housing 60 is displayed on the display unit 15. On the other hand, when an abnormality of the internal mechanism 63 is detected by the abnormality detection mechanism 69, the display unit 15 displays that there is an abnormality in the internal mechanism 63 of the unit 62 of the coin processor 13. The operator sees this and starts the maintenance again.

  Then, when the abnormality detection mechanisms 37, 45, 58, and 69 detect that there is no abnormality, and the lock detection mechanisms 127 to 130 detect that all the lock mechanisms 121 to 124 are locked, The control unit 110 turns off the camera switch 94 and causes the display unit 15 to display a storage instruction for the camera 102. Then, the operator returns the camera base 101 to the storage position and pushes the camera unit 83 into the apparatus housing 81. When the camera unit 83 is pushed into the apparatus housing 81, the illuminance detected from the imaging data of the camera 102 falls below a predetermined second reference illuminance, and the controller 110 thus has a predetermined illuminance. When the value falls below two reference illuminances, recording of the imaging data of the camera 102 to the recording unit 111 is stopped and energization of the camera 102 is stopped to stop capturing of the imaging data.

  As described above, the control unit 110 includes the internal mechanism 34 of the upper unit 22 of the banknote processing machine 11, the internal mechanism 42 of the lower unit 23 of the banknote processing machine 11, the internal mechanism 55 of the new note processing machine 12, and the inside of the coin processing machine 13. When each of the mechanisms 63 is opened to the outside, the camera 102 is not arranged at the imaging position, in other words, the recording of the imaging data of the camera 102 started before that to the recording unit 111 is not started. Then, the buzzer 108 issues an alarm.

  Here, the upper unit 22 of the banknote handling machine 11, the lower unit 23 of the banknote handling machine 11, the unit 52 of the new note processing machine 12, and the unit 62 of the coin handling machine 13 are not drawn out at the same time, but are one unit. It is designed to be mechanically locked so that only can be pulled out. This prevents other extracted units from becoming blind spots for imaging in a state where the monitored unit is pulled out.

  According to the second embodiment described above, the internal mechanism 34 is opened to the outside by being pulled out from the housing 21 of the upper unit 22 of the banknote handling machine 11, and from the housing 21 of the lower unit 23 of the banknote handling machine 11. The internal mechanism 42 is opened to the outside by the drawer, the internal mechanism 55 is opened to the outside by the drawer of the unit 52 of the new ticket processor 12 from the casing 51, and the unit 62 of the coin processor 13 from the casing 60 is pulled out. If the recording unit 111 does not start recording of imaging data when each of the internal mechanisms 63 is released to the outside by the drawer, the control unit 110 generates an alarm by the buzzer 108. Alarms can be issued for situations where data cannot be recorded. Therefore, the operator is encouraged to open the internal mechanisms 34, 42, 55, 63 to the outside in a situation where imaging data can be reliably recorded, and the internal mechanisms 34, 42,. Appropriate imaging data can be recorded when 55 and 63 are pulled out. Therefore, it is possible to obtain the work proof of the staff at the time of cash miscalculation occurrence and the fraud deterrent effect.

According to the first and second embodiments described above, the case where the capturing of the imaging data of the camera 102 is started by the switch operation by the camera switch 94 has been described as an example . As a reference technique, the internal mechanism 34 is opened to the outside by pulling out the upper unit 22 of the banknote handling machine 11 from the housing 21, and the outside of the internal mechanism 42 is pulled out from the housing 21 of the lower unit 23 of the banknote handling machine 11. To the outside of the internal mechanism 55 by pulling out the unit 52 of the new ticket processing machine 12 from the casing 51, and to the outside of the internal mechanism 63 by pulling out the unit 62 of the coin processing machine 13 from the casing 60. The capturing of the image data of the camera 102 may be started by a specific signal output when each of the opening needs to be released. This specific signal is, for example, an error signal generated when the above-described abnormality detection mechanism 37, 45, 58, 69 detects an abnormality in the internal mechanism 34, 42, 55, 63, or the display unit 15 periodically. This is a maintenance instruction signal or the like. With this configuration, when it is necessary to open the internal mechanisms 34, 42, 55, 63 to the outside, it is possible to automatically start capturing of imaging data.

21, 51, 60 Housing (opening / closing means)
22 Upper unit (opening / closing means)
23 Lower unit (opening / closing means)
52, 62 unit (opening / closing means)
61 Front door (opening / closing means)
34, 42, 55, 63 Internal mechanism 102 Camera (imaging means)
110 Control unit (opening / closing control means, alarm control means)
111 Recording section (recording means)

Claims (4)

A money handling machine that processes money,
Opening and closing means that can open the internal mechanism of the machine to the outside,
Imaging means capable of imaging the internal mechanism opened to the outside by the opening / closing means at an imaging position ;
Switch means that is manually turned on to start capturing of imaging data by the imaging means;
And a recordable recording means imaging data of the image pickup means,
Position change guide means for guiding the position change of the image pickup means by manual operation from the standby position to the image pickup position;
Recording control means for starting recording of imaging data by the recording means based on the position change of the imaging means;
Position change start detecting means for detecting the start of the position change of the imaging means;
Position change completion detection means for detecting completion of the position change of the imaging means;
When the position change start detection means detects the start of the position change, an alarm is generated when the switch means is not turned on, and the position change start detection means detects the start of the position change. An alarm control means for generating an alarm when the position change completion detection means does not detect the completion of the position change even after a predetermined time has elapsed,
When recording of the imaging data by the recording unit is started and the completion of the position change of the imaging unit is detected by the position change completion detection unit, the opening / closing unit allows the opening of the internal mechanism to the outside. money handling machine, characterized in that it comprises a switching control means. A money handling machine that processes money,
Opening and closing means that can open the internal mechanism of the machine to the outside,
Imaging means capable of imaging the internal mechanism opened to the outside by the opening / closing means at an imaging position ;
Switch means that is manually turned on to start capturing of imaging data by the imaging means;
And a recordable recording means imaging data of the image pickup means,
Position change guide means for guiding the position change of the image pickup means by manual operation from the standby position to the image pickup position;
Recording control means for starting recording of imaging data by the recording means based on the position change of the imaging means;
Position change completion detection means for detecting completion of the position change of the imaging means;
The internal mechanism raised emitting an alarm is not started recording the image data acquired by said recording means when it is opened to the outside by the opening and closing means, wherein when the internal mechanism is released to the outside by the switching means money handling machine the position change completion detection means is characterized by having a a warning controller for Ru generates an alarm and the completion of the position change is not detected in the imaging means.   3. The money handling machine according to claim 1, wherein the imaging unit can be stored in the machine and is pulled out of the machine during imaging. The recording control means includes
Recording of the imaging data is started when the illuminance detected by the imaging means exceeds a predetermined first reference illuminance, and recording of the imaging data is stopped when the illuminance detected by the imaging means falls below a predetermined second reference illuminance. The money handling machine according to claim 3.

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