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CN-115588254-B - Expandable medium processing device, medium processing method and financial self-service equipment

CN115588254BCN 115588254 BCN115588254 BCN 115588254BCN-115588254-B

Abstract

The embodiment of the invention provides a medium processing device, a medium processing method and financial self-service equipment capable of expanding, which comprise an upper machine core, a lower machine core, a total channel assembly, an expanding channel assembly and at least one expanding box, wherein the upper machine core and the lower machine core are mutually separable, one part of the total channel assembly is arranged in the upper machine core, the other part of the total channel assembly is arranged in the lower machine core, the upper machine core is communicated with the lower machine core through the total channel assembly, and the expanding box is connected with the lower machine core through the expanding channel assembly. In the embodiment of the invention, when the capacity is expanded, the whole expansion box is not required to be reset, and the expansion can be completed only by accessing the expansion channel component into the lower machine core, so that the design and transformation cost of the device are reduced.

Inventors

  • LI ZHIMIN

Assignees

  • 深圳怡化电脑科技有限公司
  • 深圳怡化电脑股份有限公司
  • 深圳市怡化时代科技有限公司

Dates

Publication Date
20260508
Application Date
20210706

Claims (9)

  1. 1. The expandable medium processing device is characterized by comprising an upper machine core, a lower machine core, a total channel assembly, an expansion channel assembly and at least one expansion box, wherein the upper machine core and the lower machine core are mutually separable, and the lower machine core comprises a counting total channel; one part of the total channel component is placed in the upper movement, and the other part is placed in the lower movement; the upper movement is communicated with the lower movement through the total channel assembly; the expansion box is connected with the lower core through the expansion channel assembly, and the expansion channel assembly comprises a main expansion channel and a secondary expansion channel which is connected with the main expansion channel through an expansion reversing structure; The counting total channel comprises a first counting channel and a second counting channel which are connected with each other, the main expansion channel is connected with the first counting channel, and the main expansion channel is connected with the first counting channel through an expansion reversing structure.
  2. 2. The apparatus of claim 1, wherein the lower cartridge comprises at least one circulation box, at least one recovery box, and at least one inventory box; The expansion box is arranged side by side with the circulation box, the recovery box and the checking box along the direction far away from the circulation box.
  3. 3. The apparatus of claim 2, wherein said expansion channel assembly comprises a primary expansion channel and a secondary expansion channel correspondingly connected to each of said expansion boxes; the secondary expansion channel is connected with the main expansion channel, and the main expansion channel is connected with the lower movement.
  4. 4. The apparatus of claim 3, wherein the upper cartridge comprises a verification mechanism, a temporary storage channel, a forgetting channel, the lower cartridge further comprises a circulation channel, a recovery channel, the total channel assembly comprises a first main channel and a second main channel, the first main channel is placed on the upper cartridge, a portion of the second main channel is placed on the upper cartridge, and another portion is placed on the lower cartridge; The first end of the first main channel is connected with the first end of the second main channel, the second end of the first main channel is connected with the first end of the verification mechanism, and the second end of the second main channel is connected with the second end of the verification mechanism; the forgetting channel is connected with the first main channel; the second checking channel is connected with the forgetting channel; The recovery channel is connected with the second main channel; The circulating channel is connected with the second main channel; The temporary storage channel is connected with the first main channel.
  5. 5. The apparatus of claim 4, wherein the device comprises a plurality of sensors, The circulating box is connected with the circulating channel; the recovery box is connected with the recovery channel; the counting box is connected with the first counting channel.
  6. 6. The apparatus of claim 5, wherein the upper cartridge further comprises an output channel, a transfer channel, and input channel, a media access mechanism, the media access mechanism comprising a media inlet and a media outlet; The first end of the output channel is connected with the first main channel and the transmission channel, and the second end of the output channel is connected with the medium outlet; the first end of the input channel is connected with the second main channel, and the second end of the input channel is connected with the medium inlet.
  7. 7. The device according to claim 6, wherein the upper movement further comprises a medium inlet and outlet mechanism, a temporary storage mechanism and a forgetting box; the temporary storage mechanism is connected with the temporary storage channel; The forgetting box is connected with the forgetting channel.
  8. 8. A media processing method applied to the scalable media processing device of any one of claims 1-7, wherein the method comprises at least media access, media inventory, media recovery steps.
  9. 9. A financial self-service terminal comprising a scalable media processing device according to any one of claims 1 to 7.

Description

Expandable medium processing device, medium processing method and financial self-service equipment Technical Field The invention relates to the technical field of self-service financial equipment, in particular to a scalable medium processing device, a medium processing method and self-service financial equipment. Background The financial self-service terminal equipment can be independently applied to various densely populated places, and the convenience of financial transaction business is improved. Conventional financial self-service terminal devices cooperate with a plurality of modules to transfer media, such as banknotes, between the modules through a transmission channel for a financial transaction, such as depositing and withdrawing. In the related self-service financial equipment, when the requirements of multiple denominations and large capacity of banknotes are met, the banknote box expansion becomes difficult especially when the banknote box expansion is wanted to be implemented, the banknote box expansion can be realized only by integrally implementing and reforming the internal movement of the self-service financial equipment, and the design of the self-service financial equipment becomes complex and the cost is high. Disclosure of Invention In view of the foregoing, embodiments of the present invention are provided to provide a scalable media processing apparatus, a media processing method, and a financial self-service device that overcome or at least partially solve the foregoing problems. The embodiment of the invention discloses a scalable medium processing device, which comprises an upper machine core, a lower machine core, a total channel assembly, a scalable channel assembly and at least one scalable box, wherein the upper machine core and the lower machine core are mutually separable; one part of the total channel component is placed in the upper movement, and the other part is placed in the lower movement; the upper movement is communicated with the lower movement through the total channel assembly; the expansion box is connected with the lower machine core through the expansion channel assembly. Optionally, the lower core comprises at least one circulation box, at least one recovery box and at least one checking box; The expansion tank is arranged side by side with the circulation tank, the recovery tank and the inventory tank in a direction away from the circulation tank. Optionally, the expansion channel component comprises a main expansion channel and secondary expansion channels correspondingly connected with the expansion boxes; the secondary expansion channel is connected with the main expansion channel, and the main expansion channel is connected with the lower movement. Optionally, the lower movement comprises an inventory total channel, wherein the inventory total channel comprises a first inventory channel and a second inventory channel which are connected with each other; the main expansion channel is connected with the first checking channel. The upper machine core comprises a verification mechanism, a temporary storage channel and a forgetting channel, the lower machine core further comprises a circulation channel and a recovery channel, the total channel assembly comprises a first main channel and a second main channel, the first main channel is arranged on the upper machine core, one part of the second main channel is arranged on the upper machine core, and the other part of the second main channel is arranged on the lower machine core; The first end of the first main channel is connected with the first end of the second main channel, the second end of the first main channel is connected with the first end of the verification mechanism, and the second end of the second main channel is connected with the second end of the verification mechanism; the forgetting channel is connected with the first main channel; the second checking channel is connected with the forgetting channel; The recovery channel is connected with the second main channel; The circulating channel is connected with the second main channel; The temporary storage channel is connected with the first main channel. Optionally, the circulation box is connected with the circulation channel; the recovery box is connected with the recovery channel; the counting box is connected with the first counting channel. Optionally, the upper movement further comprises a medium inlet and outlet mechanism, an output channel, a transmission channel and an input channel, wherein the medium inlet and outlet mechanism comprises a medium inlet and a medium outlet; The first end of the output channel is connected with the first main channel and the transmission channel, and the second end of the output channel is connected with the medium outlet; the first end of the input channel is connected with the second main channel, and the second end of the input channel is connected with the medium inlet. Optionally, the upper movement fu