Medium processing device and medium transaction device

Patent metadata

Field	Value
Publication number	US-2016335830-A1
Application number	US-201515112456-A
Country	US
Kind code	A1
Filing date	Jan 7, 2015
Priority date	Mar 31, 2014
Publication date	Nov 17, 2016
Grant date	—

Abstract

Present invention provides a medium processing device and a medium transaction device that may perform conveyance processing due to input and output of mediums with simple configuration. In a banknote deposit/withdrawal device of ATM, conveyance path inside a conveyance section is formed in straight line shape running mainly along front-rear direction. During deposit counting processing of deposit processing, the banknote deposit/withdrawal device retains deposit reject banknotes in a conveyance path retention section within a second conveyance section, and decides and stores conveyance destination for each banknote based on verification results obtained from a verification section, and during deposit storage processing of deposit processing, the banknote deposit/withdrawal device conveys banknotes fed out from a temporary holding section to the decided conveyance destinations to be stored. During withdrawal processing, the banknote deposit/withdrawal device decides banknote conveyance destinations based on detection results of a run sensor of the verification section.

First claim

1 . A medium processing device comprising:
an input/output section that inputs or outputs a paper sheet shaped medium; a first conveyance section, connected to the input/output section, that conveys the medium; a verification section, provided to the first conveyance section, that verifies the conveyed medium; a temporary holding switching section, connected to the first conveyance section at the opposite side from the input/output section and with the verification section thereinbetween, that switches a conveyance path of the medium; a temporary holding section, connected to the first conveyance section through the temporary holding switching section, that stores the medium temporarily, and that feeds out the medium in the same sequence or in a reverse sequence to when the medium was stored; a second conveyance section, connected to either the temporary holding section or the first conveyance section through the temporary holding switching section, that conveys the medium; a medium storage box, connected to the second conveyance section, that stores reusable medium; a reject box, connected to either the first conveyance section or the second conveyance section through a reject switching section, that stores any rejected medium that has been verified in the verification section as unsuitable for reuse; and a control section that employs a verification result of the verification section to control a conveyance path of the medium configured by the first conveyance section, the temporary holding switching section, and the second conveyance section.

2 . The medium processing device of claim 1 , further comprising a storage section that stores a verification result of the verification section,
wherein, during acceptance processing to accept the medium from outside through the input/output section, the control section uses the first conveyance section to convey the medium from the input/output section to the temporary holding section through the verification section, and stores in the storage section verification results by the verification section for each of the respective medium, and according to the verification results stored in the storage section for the medium, feeds the medium out from the temporary holding section and conveys the medium to either the medium storage box or to the reject box.

3 . The medium processing device of claim 2 , wherein:
the second conveyance section includes at least a portion of the conveyance path of the medium as a conveyance path retention section that temporarily retains the medium; and the control section controls the temporary holding switching section such that a reject medium that has been conveyed by the first conveyance section and determined in the verification section as medium unsuitable for acceptance into the device is conveyed to the second conveyance section and retained in the conveyance path retention section, and at least one part of other mediums are conveyed to and stored in the temporary holding section.

4 . The medium processing device of claim 3 , wherein:
the first conveyance section conveys the medium with an inter-medium spacing set to a specific conveyance spacing; and when passing the reject medium from the first conveyance section to the second conveyance section through the temporary holding switching section, the control section reduces the inter-medium spacing to a retention spacing that is shorter than the conveyance spacing.

5 . The medium processing device of claim 4 , wherein, when passing the reject medium from the first conveyance section to the second conveyance section through the temporary holding switching section, the control section intermittently conveys the medium in the second conveyance section.

6 - 7 . (canceled)

8 . The medium processing device of claim 3 , further comprising:
a counterfeit medium storage box that stores a counterfeit medium that is a medium verified as counterfeit by the verification section; and a counterfeit medium switching section that connects the counterfeit medium storage box to the second conveyance section, wherein, in cases in which the medium has been verified as the counterfeit medium by the verification section, the control section uses the first conveyance section to convey and store the counterfeit medium in the temporary holding section, and then uses the second conveyance section to convey the counterfeit medium to the counterfeit medium storage box.

9 . The medium processing device of claim 2 , wherein:
the temporary holding section includes a temporary holding detection section that detects a conveyance state of the medium; and the control section controls a conveyance path of the medium according to a conveyance state at the time of storing the medium in the temporary holding section, and a conveyance state at the time of feeding out the medium from the temporary holding section.

10 . The medium processing device of claim 9 , wherein:
the storage section stores a detection result of the temporary holding detection section as a conveyance state during storage; and in cases in which a conveyance state of the medium detected by the temporary holding detection section during feed-out from the temporary holding section differs from the conveyance state during storage being stored in the storage section, the control section conveys the medium and the following medium to the reject box.

11 . The medium processing device of claim 10 , wherein:
the reject switching section is provided in the first conveyance section between the input/output section and the verification section; and in a case in which a conveyance state of the medium fed out from the temporary holding section differs from the conveyance state during storage and the first conveyance section is used to convey that individual medium to the reject box, the control section uses the verification section to re-verify the medium, and in a case in which the verification result of this time matches the verification results stored in the storage section, the control section uses the first conveyance section to convey the medium so as to return the medium toward the temporary holding section, and then conveys the medium either to the medium storage box or to the reject box according to the verification result stored in the storage section.

12 . (canceled)

13 . The medium processing device of claim 1 , wherein the input/output section further includes:
a container that contains the medium; a take-in port that takes the medium inside the container individually and passes the medium to the first conveyance section; a discharge port that is independent of the take-in port and that discharges the medium received from the first conveyance section into the container; a take-in conveyance path joined to the take-in port; a discharge conveyance path joined to the discharge port; and an input/output switching section that switches so as to connect the first conveyance section to either the take-in conveyance path or the discharge conveyance path.

14 . (canceled)

15 . The medium processing device of claim 1 , wherein:
the verification section includes a plurality of sensors disposed along a conveyance path of the medium; and the control section acquires a verification result for the respective medium from the plurality of sensors of the verification section, decides a conveyance destination of the respective medium according to the verification result, and changes conveyance processing of the respective medium according to a position where the respective medium was present inside the first conveyance section when the control section acqu

Assignees

• Oki Electric Ind Co Ltd

Inventors

• Wakabayashi Madoka
• Hosokawa Kazuhiro
• Takada Atsushi
• Kanbayashi Mamoru
• Togiya Hajime
• Iwasaki Satoru

Classifications

• G07D11/50 Primary

  Sorting or counting valuable papers · CPC title

• B65H2701/1912

  Banknotes, bills and cheques or the like · CPC title

• B65H2301/4191

  for handling articles of limited length, e.g. AO format, arranged at intervals from each other · CPC title

• B65H29/60

  diverting the stream into alternative paths (B65H29/62 takes precedence) · CPC title

• B65H29/62 Primary

  diverting faulty articles from the main streams (control devices detecting faulty articles B65H43/04) · CPC title