阅读说明：本技术 一种用于自助设备的介质传导模块 (Medium conduction module for self-service equipment ) 是由 胡焱 王金鹏 潘文国 于 2020-05-25 设计创作，主要内容包括：本发明公开了一种用于自助设备的介质传导模块,包括卡类运输区、U－Key类运输区、机构主动轮、机构主动轴、支撑架和驱动电机；所述机构主动轮设置在卡类运输区一侧；所述机构主动轴穿过卡类运输区和U－Key类运输区；所述驱动电机通过主动皮带带动机构主动轮转动；所述机构主动轮与机构主动轴连接并带动其转动；本发明通过将卡类运输区、U－Key类运输区内的两种介质运输采用单个驱动电机,同一机构主动轴,将介质运输至设备外部统一出口,实现了减少设备出口数量的目的,同样可减少同类模块的数量,设备成本则可降低,而且方便外观统一,提高业务网点的办理环境。(The invention discloses a medium transmission module for self-service equipment, which comprises a card transportation area, a U-Key transportation area, a mechanism driving wheel, a mechanism driving shaft, a support frame and a driving motor, wherein the card transportation area is provided with a card-type storage area; the mechanism driving wheel is arranged on one side of the card transportation area; the mechanism driving shaft penetrates through the card transportation area and the U-Key transportation area; the driving motor drives the driving wheel of the mechanism to rotate through the driving belt; the mechanism driving wheel is connected with the mechanism driving shaft and drives the mechanism driving shaft to rotate; the invention transports two media in the card type transportation area and the U-Key type transportation area by adopting a single driving motor and a driving shaft of the same mechanism to transport the media to the uniform outlet outside the equipment, thereby realizing the purpose of reducing the number of equipment outlets, reducing the number of similar modules, reducing the equipment cost, facilitating the uniform appearance and improving the handling environment of service outlets.)

1. A media conduction module for a self-service device, characterized by: the automatic card-type conveying system comprises a card-type conveying area, a U-Key-type conveying area, a mechanism driving wheel, a mechanism driving shaft, a supporting frame and a driving motor; the mechanism driving wheel is arranged on one side of the card transportation area; the mechanism driving shaft penetrates through the card transportation area and the U-Key transportation area; the driving motor drives the driving wheel of the mechanism to rotate through the driving belt; the mechanism driving wheel is connected with the mechanism driving shaft and drives the mechanism driving shaft to rotate; the card transportation area comprises a card transportation driven wheel, a card transportation driving wheel, a card medium sensor and a transportation track; the card type transportation driven wheel, the card type transportation driving wheel, the card type medium sensor and the transportation track are arranged in the support frame; card medium sensors are arranged at both ends of the support frame; the transportation track is arranged on the inner wall of the support frame; the card type transportation driving wheel is arranged on the mechanism driving shaft; the card transport driven wheel is arranged above the card transport driving wheel; the U-Key type transport area comprises a U-Key type medium sensor and a U-Key type conveyor belt; the U-Key type transportation area comprises a U-Key type medium sensor, a U-Key type conveyor belt and a medium pressing piece; the U-Key type medium sensors are arranged on two sides of the support frame; the U-Key type conveyor belt is installed on the mechanism driving shaft.

2. A media conduction module for a self-service device as recited in claim 1, wherein: the card type transportation driven wheel and the card type transportation driving wheel are rubber wrapping wheels.

3. A media conduction module for a self-service device as recited in claim 1, wherein: the card media transported in the card transportation area include but are not limited to bank cards, shopping cards and membership cards.

4. A media conduction module for a self-service device as recited in claim 1, wherein: the U-Key media transported in the U-Key transportation area comprise common box types in the market with the same or similar sizes.

5. A media conduction module for a self-service device as recited in claim 1, wherein: the card type transportation area and the U-Key type transportation area can form an integrated independent product for use and can also be used in a split combination mode.

6. A media conduction module for a self-service device as recited in claim 1, wherein: the support frame comprises a right side flat plate, a left side flat plate and a connecting shaft.

7. A media conduction module for a self-service device as recited in claim 1, wherein: the positions of the card transportation area and the U-Key transportation area in the support frame can be interchanged from left to right.

Technical Field

The invention relates to a medium conduction module for self-service equipment, and belongs to the technical field of self-service terminals.

Background

At present, in the industries of financial securities insurance and the like, a self-service area is formed by a series of self-service terminals with various functions so as to reduce the pressure of the business handling of a counter of a network point, reduce the workload of staff and improve the business handling efficiency; the common self-service terminals in the market adopt a one-person-one-machine mode to process services, the function of a single self-service terminal is single, and different self-service terminals are required to be replaced for processing various services.

In order to meet the service handling requirements, a plurality of self-service terminals with the same service are generally configured to avoid queuing, which can lead to the increase of the number of devices of a demand party, the high cost of the devices and the increase of maintenance cost; the self-service terminals with multiple types and numbers can influence the service network point handling environment, and the enterprise image is reduced; self-service terminal equipment realizes semi-self-service and develops to full self-service, and in order to realize replacement of manpower, safety and convenience and meet the supervision requirements of various industries, the self-service realization of perfect and safe flow guarantee business is required.

The existing equipment has the following defects: the outlets of the medium distributing modules are directly butted with the outlets of the devices, and the sizes of the media are different, the positions of the modules are not uniform, the outlets of the media are different, and the shapes of the outlets of the media are different, so that the appearances are messy and inconsistent; because the space of the device is limited, a single device is often required to be provided with more media dispensing modules, so that the internal layout of the device is compact, and the maintenance of the device is difficult.

Disclosure of Invention

In view of the above technical problems, the present invention aims to: the medium conduction module for the self-service equipment is provided, so that the uniformity of equipment outlets is realized, and the cost is reduced.

The technical solution of the invention is realized as follows: a medium transmission module for self-service equipment comprises a card transportation area, a U-Key transportation area, a mechanism driving wheel, a mechanism driving shaft, a support frame and a driving motor; the mechanism driving wheel is arranged on one side of the card transportation area; the mechanism driving shaft penetrates through the card transportation area and the U-Key transportation area; the driving motor drives the driving wheel of the mechanism to rotate through the driving belt; the mechanism driving wheel is connected with the mechanism driving shaft and drives the mechanism driving shaft to rotate; the card transportation area comprises a card transportation driven wheel, a card transportation driving wheel, a card medium sensor and a transportation track; the card type transportation driven wheel, the card type transportation driving wheel, the card type medium sensor and the transportation track are arranged in the support frame; card medium sensors are arranged at both ends of the support frame; the transportation track is arranged on the inner wall of the support frame; the card type transportation driving wheel is arranged on the mechanism driving shaft; the card transport driven wheel is arranged above the card transport driving wheel; the U-Key type transportation area comprises a U-Key type medium sensor, a U-Key type conveyor belt and a medium pressing piece; the U-Key type medium sensor and the U-Key type conveyor belt are both arranged in the support frame; the U-Key type medium sensors are arranged on two sides of the support frame; the U-Key type conveyor belt is installed on the mechanism driving shaft.

Preferably, the card type transportation driven wheel and the card type transportation driving wheel are rubber wrapping wheels.

Preferably, the card-like medium transported in the card-like transport area includes, but is not limited to, bank cards, shopping cards, membership cards.

Preferably, the U-Key type media transported in the U-Key type transportation area comprise the same or similar market universal box types.

Preferably, the card transportation area and the U-Key transportation area can form an integrated independent product for use and can also be used in a split combined mode.

Preferably, the support frame consists of a right side flat plate, a left side flat plate and a connecting shaft.

Preferably, the positions of the card transportation area and the U-Key transportation area in the support frame can be interchanged from left to right.

Due to the application of the technical scheme, compared with the prior art, the invention has the following advantages:

according to the medium transmission module for the self-service equipment, the two media in the card type transportation area and the U-Key type transportation area are transported by adopting the single driving motor and the same mechanism driving shaft to the uniform outlet outside the equipment, so that the purpose of reducing the number of the outlets of the equipment is realized, the number of the modules of the same type can be reduced, the equipment cost can be reduced, the uniform appearance is facilitated, and the handling environment of a business network point is improved.

Drawings

The technical scheme of the invention is further explained by combining the accompanying drawings as follows:

FIG. 1 is a schematic diagram of a media guidance module for a self-service device according to the present invention;

FIG. 2 is a schematic view of a card transport area of a media transport module for a self-service device of the present invention;

FIG. 3 is a schematic diagram of a U-Key class transport area of a media conduction module for a self-service device according to the present invention;

wherein: 1. a card transport area; 2. a U-Key class transportation area; 3. a mechanism driving wheel; 4. a mechanism driving shaft; 5. a support frame; 6. a drive motor; 7. a drive belt; 8. the driven wheel is transported by cards; 9. a card transport driving wheel; 10. a card-like media sensor; 11. a transportation track; 12. a U-Key type medium sensor; 13. a U-Key type conveyor belt; 14. a media compression element; 15. a right panel; 16. a left side plate; 17. and (7) connecting the shafts.

Detailed Description

The invention is described below with reference to the accompanying drawings.

As shown in fig. 1-3, the medium transmission module for self-service equipment according to the present invention comprises a card transportation area 1, a U-Key transportation area 2, a mechanism driving wheel 3, a mechanism driving shaft 4, a supporting frame 5 and a driving motor 6; the mechanism driving wheel 3 is arranged on one side of the card transportation area 1; the mechanism driving shaft 4 penetrates through the card transportation area 1 and the U-Key transportation area 2; the driving motor 6 drives the mechanism driving wheel 3 to rotate through the driving belt 7; the mechanism driving wheel 3 is connected with the mechanism driving shaft 4 and drives the mechanism driving shaft to rotate; the card transportation area 1 comprises a card transportation driven wheel 8, a card transportation driving wheel 9, a card medium sensor 10 and a transportation track 11; the card transportation driven wheel 8, the card transportation driving wheel 9, the card medium sensor 10 and the transportation track 11 are arranged in the support frame 5; card medium sensors 10 are arranged at two ends of the support frame 5; the transportation track 11 is arranged on the inner wall of the support frame 5; the card transport driving wheel 9 is arranged on the mechanism driving shaft 4; the card transportation driven wheel 8 is arranged above the card transportation driving wheel 9; the U-Key type transportation area 2 comprises a U-Key type medium sensor 12, a U-Key type conveyor belt 13 and a medium pressing piece 14; the U-Key type medium sensor 12 and the U-Key type conveyor belt 13 are both arranged in the support frame 5; the U-Key type medium sensors 12 are arranged on two sides of the support frame 5; the U-Key type conveyor belt 13 is arranged on the mechanism driving shaft 4.

In order to prevent the card media from being scratched, the card transportation driven wheel 8 and the card transportation driving wheel 9 are rubber coated wheels.

In order to meet the requirements of the transportation of different card-type media, the card-type media transported in the card-type transportation area 1 include but are not limited to bank cards, shopping cards and membership cards.

In order to meet the conveying requirements of different U-Key type media, the U-Key type media conveyed by the U-Key type conveying area 2 comprise market universal box body types with the same or similar sizes.

In order to be matched with specific equipment for use, the card type transportation area 1 and the U-Key type transportation area 2 can be formed into an integrated independent product for use and can also be used in a split combined mode.

In order to better function as the support frame 5, the support frame 5 is composed of a right side flat plate 15, a left side flat plate 16 and a connecting shaft 17.

In order to match with specific equipment, the positions of the card type transportation area 1 and the U-Key type transportation area 2 in the support frame 5 can be interchanged from left to right.

When card media need to be transported, when the media conduction module receives a card receiving command, the card media are sent to the inlet end by the card sending module, the card media sensor 10 at the inlet end works, the driving motor 6 works, actions are transmitted to the mechanism driving shaft 4 through the driving belt 7, the mechanism driving shaft 4 drives the card transport driving wheel 9 to rotate at the same time, the card media are transported to the card media sensor 10 at the outlet end, the actions are finished, the card media are transported to the media conduction module from the outlet of the media sending module, and then the card media are clamped by the media conduction module through the card transport driving wheel 9 and the card transport driven wheel 8; when the medium conduction module receives a card outlet command, the driving motor 6 works, the action is transmitted to the mechanism driving shaft 4 through the driving belt 7, the mechanism driving shaft 4 drives the card type transportation driving wheel 9 to rotate simultaneously, the card type medium is transported and output to the position of the card type medium sensor 10 at the outlet end, and the action is finished, so that the card type medium is transported to the outlet of the equipment from the card type transportation area 1 of the medium conduction module.

When U-Key media need to be transported and a media conduction module receives a U-Key receiving command, a U-Key releasing module sends the U-Key media to an input end, a U-Key media sensor 12 works at the moment, a driving motor 6 works, the action is transmitted to a mechanism driving shaft 4 through a driving belt 7, the mechanism driving shaft 4 drives a U-Key conveyor belt 13 and transports the U-Key media to the position of the U-Key media sensor 12 at an output end, the action is finished, the U-Key media are transported to the media conduction module from an outlet of the media releasing module, and a media pressing piece 14 acts to clamp the media; when the medium conduction module receives a U-Key command, the driving motor 6 works, the action is transmitted to the mechanism driving shaft 4 through the driving belt 7, the mechanism driving shaft 4 drives the U-Key type conveyor belt 13 to rotate simultaneously, the U-Key type medium is conveyed out of the position of the U-Key type medium sensor 12 at the outlet end, and the U-Key type medium is conveyed to the outlet of the equipment from the U-Key type conveying area 2 of the medium conduction module after the action is finished.

According to the medium transmission module for the self-service equipment, the two media in the card type transportation area 1 and the U-Key type transportation area 2 are transported by the single driving motor 6 and the same mechanism driving shaft 4, the media are transported to the external unified outlet of the equipment, the purpose of reducing the number of equipment outlets is achieved, the number of the modules of the same type can be reduced, the equipment cost can be reduced, the appearance is convenient to unify, and the handling environment of a business network point is improved.

The above-mentioned embodiments are merely illustrative of the technical idea and features of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement the present invention, and not to limit the scope of the present invention, and all equivalent changes or modifications made according to the spirit of the present invention should be covered in the scope of the present invention.