CN203855142U - Stacking machine of ATM - Google Patents

Stacking machine of ATM Download PDF

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Publication number
CN203855142U
CN203855142U CN201420285041.5U CN201420285041U CN203855142U CN 203855142 U CN203855142 U CN 203855142U CN 201420285041 U CN201420285041 U CN 201420285041U CN 203855142 U CN203855142 U CN 203855142U
Authority
CN
China
Prior art keywords
paper money
cylinder
dial banknote
scraper plate
gate
Prior art date
Application number
CN201420285041.5U
Other languages
Chinese (zh)
Inventor
黄赛勤
郤保才
陈金文
Original Assignee
湖南辰泰信息科技股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 湖南辰泰信息科技股份有限公司 filed Critical 湖南辰泰信息科技股份有限公司
Priority to CN201420285041.5U priority Critical patent/CN203855142U/en
Application granted granted Critical
Publication of CN203855142U publication Critical patent/CN203855142U/en

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Abstract

The utility model discloses a stacking machine of an ATM. The stacking machine comprises a conveying line and further comprises a paper money poking mechanism, a photographing and removing mechanism, a paper money receiving mechanism, a stacking and wad forming mechanism, a gate and a push plate which are all installed on one side of the conveying line. The paper money poking mechanism comprises a sensor and a paper money scraper which are installed above the conveying line. The photographing and removing mechanism comprises a detection camera and a turning plate. The paper money receiving mechanism comprises a paper money receiving box with an induction counter and a paper money receiving gate. The stacking and wad forming mechanism comprises a paper money receiving platform, a ball screw, a servo motor, a fixed side baffle and a movable side baffle. Through the stacking machine of the ATM, ATM paper money wads conveyed to the stacking machine can be inspected, so that the output rate of unqualified products is decreased; the stacked paper money wads can be arranged, so that the stacked paper money wads are arranged in the same vertical straight line and cannot fall off when suffering from sudden thrust, and it is guaranteed that subsequent work is not influenced.

Description

ATM stacker

Technical field

The utility model belongs to wrapping machine field, relates in particular to a kind of ATM stacker.

Background technology

Stacker is that pocket, carton or other packing that conveyer is transported are stacked into buttress automatically according to the mode of operation of client's technological requirement, and by the equipment that becomes the material of buttress to carry.Because it can realize intellectualized operation management, easy, easily grasp, stable action is reliable, and piling process is completely automatic, need not manual intervention when normal operation, and can reduce widely labour power and reduce labour intensity, there is Applicable scope widely.

And mainly form by connecing paper money platform, ball screw, piling servomotor and push pedal for the stacker of ATM paper money in the market, travel line is transported to the ATM paper money after binding to connect paper money platform, piling servomotor drives ball screw to rotate fixing revolution, control connects paper money platform and moves down the height of a binding banknote, repeat above-mentioned running, until stacked regulation, after number, push pedal promotes stacked ATM paper money and enters subsequent processing.Because the structure of this stacker is comparatively simple, not only cannot paper money be tested to transporting the ATM coming, make off-grade disallowable, and piling ten of pilings successively often when stacked, once more than ten, just likely there is laterally offset paper money in the ATM that is positioned at top, in the time that push pedal is released, under unexpected thrust, the ATM that skew occurs can fall down paper money, affects the carrying out of postorder work.

Utility model content

The purpose of this utility model is to provide a kind of ATM stacker that can reject off-grade, avoid occurring the stacked laterally offset of piling.

This ATM stacker that the utility model provides, comprise travel line, this stacker also comprises the dial banknote mechanism that is arranged on travel line one side, photograph rejecting mechanism, Jie Chao mechanism, the stacked mechanism of piling, gate and push pedal, described dial banknote mechanism comprises the sensor and the dial banknote scraper plate that are arranged on travel line top, described photograph rejecting mechanism comprises detection camera and turnover panel, described Jie Chao mechanism comprises with the receiving box of sense counter and connects paper money gate, the stacked mechanism of described piling comprises and connects paper money platform, ball screw, servomotor, fixation side baffle plate, active side baffle plate, described turnover panel is arranged in the frame of travel line one side and is overturn to travel line front by a turnover panel air cylinder driven, described receiving box is arranged on turnover panel opposite side, described connect paper money gate installation below receiving box and connect paper money air cylinder driven by one open, the described paper money platform that connects is arranged on and connects paper money gate below, described ball screw is vertically mounted on and connects paper money platform bottom and drive it to move from top to bottom, described servomotor is connected with ball screw and drives its rotation, described fixation side baffle plate is arranged on and connects paper money platform one side, described active side baffle plate is arranged on to connect paper money platform opposite side and arrange cylinder by a side and promotes to fixation side baffle plate parallel, described gate is vertically arranged in the frame in the front that connects paper money platform and is opened by a gate air cylinder driven, described push pedal is arranged in the frame that connects paper money platform rear and by a release air cylinder driven and moves to gate front, described sensor sends dial banknote scraper plate described in dial banknote signal control and is promoted paper money to move to turnover panel and receiving box by air cylinder driven, described detection camera is arranged on the detection of turnover panel top and sends energizing signal or send dial banknote signal to dial banknote mechanism the bar code direction of paper money and to turnover panel cylinder, sense counter on described receiving box sends opening signal and sends rotating signal to servomotor to connecing paper money cylinder, described servomotor arranges cylinder to side and sends driving signal, described side arranges cylinder and sends opening signal to gate cylinder, described gate cylinder sends release signal to releasing cylinder.

For making structure of the present utility model more simple, described dial banknote mechanism also comprises that the traversing cylinder of dial banknote scraper plate and dial banknote scraper plate move down cylinder, in the frame that is arranged on one side top of the traversing cylinder of described dial banknote scraper plate perpendicular to travel line, described dial banknote scraper plate moves down cylinder and is vertically arranged on the traversing cylinder of dial banknote plate one end, described dial banknote is scraped plate level and is arranged on dial banknote plate and moves down cylinder bottom, described sensor moves down cylinder and the traversing cylinder of dial banknote scraper plate sends dial banknote signal to dial banknote scraper plate, described dial banknote scraper plate moves down air cylinder driven dial banknote scraper plate and moves down and cover a paper money, the traversing air cylinder driven dial banknote of described dial banknote scraper plate scraper plate moves down cylinder and the drive of dial banknote scraper plate is moved paper money to turnover panel and receiving box.

For preventing turnover panel dislocation of the present utility model, in the frame of described turnover panel bottom, be provided with the position-limited lever of this turnover panel of support.

Impulsive force when preventing that in the utility model, active side baffle plate moves to fixation side baffle plate is excessive, affects the stability of body, on described fixation side baffle plate, some recoil springs is installed.

Compared with prior art, the utlity model has several under a little:

1, by increase dial banknote mechanism, photograph rejecting mechanism and Jie Chao mechanism before the stacked mechanism of piling, in the time that the bar code direction paper money of sending here from travel line is not prescribed direction, detection camera by photograph rejecting mechanism sends energizing signal to turnover panel cylinder, turnover panel cylinder promotes turnover panel to the upset of travel line front, and this paper money is rejected; When the bar code direction of paper money being prescribed direction when qualified, send dial banknote signal to dial banknote mechanism, promote paper money to move to Jie Chao mechanism, thereby realize transporting the ATM coming the inspection of paper money, direction unitarity when paper money is exported in increase.

2, by ATM first being passed through paper money to the thick arrangement of receiving box, make its fall to the stacked mechanism of piling connect paper money platform time can keep overall orientation basically identical; By increase fixation side baffle plate and active side baffle plate in the stacked mechanism of piling, on paper money platform waiting, complete the piling of 25 stacked after, active side baffle plate arranges cylinder by a side and promotes to fixation side baffle plate parallel, to the thin arrangement of paper money being carried out to side coil after stacked, make after stacked paper money on a vertical straight line, in the time that push pedal is released, paper money can, because unexpected thrust falls down, not guaranteed to affect the carrying out of postorder work after stacked.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the local structure for amplifying schematic diagram in Fig. 1 left side.

Fig. 3 is the local structure for amplifying schematic diagram of Fig. 1 A-A.

Fig. 4 is Fig. 1 B-B local structure schematic diagrams.

Detailed description of the invention

Can find out from Fig. 1 to Fig. 4, this ATM stacker of the utility model, comprise dial banknote mechanism 1, photograph rejecting mechanism 2, Jie Chao mechanism 3, the stacked mechanism 4 of piling, gate 5, push pedal 6, travel line 7 and collect platform 8, wherein dial banknote mechanism 1 comprises sensor 11, the traversing cylinder 12 of dial banknote scraper plate, dial banknote scraper plate moves down cylinder 13 and dial banknote scraper plate 14, photograph rejecting mechanism 2 comprises detection camera 21, turnover panel 22 and turnover panel cylinder 23, Jie Chao mechanism 3 comprises with the receiving box 31 of sense counter and connects paper money gate 32, the stacked mechanism 4 of piling comprises and connects paper money platform 41, ball screw 42, servomotor 43, fixation side baffle plate 44, active side baffle plate 45, sensor 11 is arranged on travel line 7 tops, the traversing cylinder 12 of dial banknote scraper plate is arranged on perpendicular to the level of travel line 7 in the frame of one side top, dial banknote scraper plate moves down cylinder 13 and is vertically arranged on the traversing cylinder of dial banknote plate 12 one end, dial banknote scraper plate 14 levels are arranged on dial banknote plate and move down cylinder 13 bottoms, sensor 11 moves down cylinder 13 and the traversing cylinder 12 of dial banknote scraper plate sends dial banknote signal to dial banknote scraper plate, dial banknote scraper plate moves down cylinder 13 and drives dial banknote scraper plate 14 to move down to cover a paper money, the traversing cylinder 12 of dial banknote scraper plate drives dial banknote scraper plate to move down cylinder 13 and 14 drives of dial banknote scraper plate are moved paper money to turnover panel 22 and receiving box 31, turnover panel 22 is arranged in the frame of travel line 7 one sides, detecting camera 21 is arranged in the frame of turnover panel 22 tops and detects and send energizing signal or send dial banknote signal to the traversing cylinder 12 of dial banknote scraper plate the bar code direction of paper money and to turnover panel cylinder 23, turnover panel cylinder 23 is arranged in the frame of turnover panel 22 belows and promotes turnover panel 22 to travel line 7 fronts upsets, receiving box 31 is arranged in the frame of turnover panel 22 opposite sides, connecing paper money gate 32 is arranged on receiving box 31 belows and connects paper money cylinder 33 by one and drive and open, connecing paper money platform 41 is arranged on and connects paper money gate 32 belows, ball screw 42 is vertically mounted on and connects paper money platform 41 bottoms and drive it to move from top to bottom, servomotor 43 is connected with ball screw 42 and drives its rotation, fixation side baffle plate 44 is arranged on and connects paper money platform 41 1 sides, active side baffle plate 45 is arranged on to connect paper money platform 41 opposite sides and arrange cylinder 451 by a side and promotes to fixation side baffle plate 44 parallels, gate 5 is vertically arranged in the frame in the front that connects paper money platform 41 and by a gate cylinder 51 and drives and open, collect in the frame that platform 8 is arranged on gate 5 fronts, push pedal 6 is arranged in the frame that connects paper money platform 41 rears and by a release cylinder 61 and drives to the platform 8 of collecting in gate 5 fronts and move, wherein the sense counter on receiving box 31 sends opening signal and sends rotating signal to servomotor 43 to connecing paper money cylinder 33, servomotor 43 arranges cylinder 451 to side and sends driving signal, side arranges cylinder 451 and sends opening signal to gate cylinder 51, gate cylinder 51 sends release signal to releasing cylinder 61.

As can be seen from Figure 3, in the frame of the utility model turnover panel 22 bottoms, be provided with the position-limited lever 24 of this turnover panel 22 of a support.

Can find out from Fig. 3 and Fig. 4, some recoil springs 441 are installed on the utility model fixation side baffle plate 44.

The utility model use procedure is as follows:

1, product is transported to dial banknote scraper plate 14 belows from travel line 7, sensor 11 moves down cylinder 13 and the traversing cylinder 12 of dial banknote scraper plate sends dial banknote signal to dial banknote scraper plate, dial banknote scraper plate moves down cylinder 13 and drives dial banknote scraper plate 14 to move down to cover a paper money, the traversing cylinder 12 of dial banknote scraper plate to drive dial banknote scraper plate to move down cylinder 13 and dial banknote scraper plate 14 to drive paper money is moved to turnover panel 22.

2, detect camera 21 to the identification that paper money is taken a picture on turnover panel 22, in the time that the bar code direction of paper money is not prescribed direction, detect camera 21 and send energizing signal to turnover panel cylinder 23, turnover panel cylinder 23 promotes turnover panel 22 to travel line 7 front upsets, and nonconformity is rejected paper money; When the bar code direction of paper money being prescribed direction when qualified, detect camera 21 and send dial banknote signal to the traversing cylinder 12 of dial banknote scraper plate, the traversing cylinder 12 of dial banknote scraper plate drives dial banknote scraper plate to move down cylinder 13 and dial banknote scraper plate 14 and drives paper money is moved to receiving box 31.

What 3, bar code direction was qualified falls into paper money receiving box 31, and the sense counter on receiving box 31 starts counting and to connecing paper money cylinder 33 sending action signals, connects paper money cylinder 33 and drives and connect paper money gate 32 and open, and paper money is dropped down onto and connect on paper money platform 41.

4, servomotor 43 is made spinning movement according to the signal sending after the sense counter counting on receiving box 31, drives ball screw 42 to rotate fixing revolution by belt, connects paper money platform 41 and move down the height of a binding banknote.

5, repeat above-mentioned running, after the piling that completes 25 is stacked, servomotor 43 moves to lower end assigned address according to the count signal of the sense counter on receiving box 31, servomotor 43 after putting in place arranges cylinder 451 sending action signals to side, side arranges cylinder 451 and promotes active side baffle plate 45 to fixation side baffle plate 44 parallels, to paper money being carried out to side arrangement after stacked.

6,, after having arranged, side arrangement cylinder 451 resets and to gate cylinder 51 sending action signals, gate cylinder 51 drives gate 5 to open.

7, after gate cylinder 51 motion puts in place, to releasing cylinder 61 sending action signals, release cylinder 61 and drive push pedal 6 to promote stacked paper money to be moved to the platform 8 of collecting in gate 5 fronts, facilitate staff to collect.

8, until stacked paper money is released after, release cylinder 61 and drive push pedal 6 to reset and to sending integral reset signal, gate 5, the stacked mechanism 4 of piling, photograph rejecting mechanism 2 and dial banknote mechanism 1 reset, the sense counter zero clearing on receiving box 31, continues circulation piling.

Claims (4)

1. an ATM stacker, comprise travel line (7), it is characterized in that: this stacker also comprises the dial banknote mechanism (1) that is arranged on travel line (7) one sides, photograph rejecting mechanism (2), Jie Chao mechanism (3), the stacked mechanism of piling (4), gate (5) and push pedal (6), described dial banknote mechanism (1) comprises the sensor (11) and the dial banknote scraper plate (14) that are arranged on travel line (7) top, described photograph rejecting mechanism (2) comprises detection camera (21) and turnover panel (22), described Jie Chao mechanism (3) comprises the receiving box (31) with sense counter and connects paper money gate (32), the stacked mechanism of described piling (4) comprises and connects paper money platform (41), ball screw (42), servomotor (43), fixation side baffle plate (44), active side baffle plate (45), described turnover panel (22) is arranged in the frame of travel line (7) one sides and by a turnover panel cylinder (23) and drives and overturn to travel line (7) front, described receiving box (31) is arranged on turnover panel (22) opposite side, the described paper money gate (32) that connects is arranged on receiving box (31) below and connects paper money cylinder (33) by one and drives and open, the described paper money platform (41) that connects is arranged on and connects paper money gate (32) below, described ball screw (42) is vertically mounted on and connects paper money platform (41) bottom and drive it to move from top to bottom, described servomotor (43) is connected with ball screw (42) and drives its rotation, described fixation side baffle plate (44) is arranged on and connects paper money platform (41) one sides, described active side baffle plate (45) is arranged on to connect paper money platform (41) opposite side and arrange cylinder (451) by a side and promotes to fixation side baffle plate (44) parallel, described gate (5) is vertically arranged in the frame in the front that connects paper money platform (41) and by a gate cylinder (51) and drives and open, described push pedal (6) is arranged in the frame that connects paper money platform (41) rear and by a release cylinder (61) and drives and move to gate (5) front, described sensor (11) sends dial banknote scraper plate (14) described in dial banknote signal control and is promoted paper money to turnover panel (22) and receiving box (31) movement by air cylinder driven, described detection camera (21) is arranged on the detection of turnover panel (22) top and sends energizing signal or send dial banknote signal to dial banknote mechanism (1) the bar code direction of paper money and to turnover panel cylinder (23), sense counter on described receiving box (31) sends opening signal and sends rotating signal to servomotor (43) to connecing paper money cylinder (33), described servomotor (43) arranges cylinder (451) to side and sends driving signal, described side arranges cylinder (451) and sends opening signal to gate cylinder (51), described gate cylinder (51) sends release signal to releasing cylinder (61).
2. ATM stacker according to claim 1, it is characterized in that: described dial banknote mechanism (1) also comprises that the traversing cylinder of dial banknote scraper plate (12) and dial banknote scraper plate move down cylinder (13), in the frame that is arranged on one side top of the traversing cylinder of described dial banknote scraper plate (12) perpendicular to travel line (7), described dial banknote scraper plate moves down cylinder (13) and is vertically arranged on the traversing cylinder of dial banknote plate (12) one end, described dial banknote scraper plate (14) level is arranged on dial banknote plate and moves down cylinder (13) bottom, described sensor (11) moves down cylinder (13) and the traversing cylinder of dial banknote scraper plate (12) sends dial banknote signal to dial banknote scraper plate, or described detection camera (21) sends dial banknote signal to the traversing cylinder of dial banknote scraper plate (12), described dial banknote scraper plate moves down cylinder (13) and drives dial banknote scraper plate (14) to move down and cover a paper money, the traversing cylinder of described dial banknote scraper plate (12) drives dial banknote scraper plate to move down cylinder (13) and dial banknote scraper plate (14) drives paper money mobile to turnover panel (22) and receiving box (31).
3. ATM stacker according to claim 1, is characterized in that: the position-limited lever (24) that is provided with this turnover panel of a support (22) in the frame of described turnover panel (22) bottom.
4. ATM stacker according to claim 1, is characterized in that: some recoil springs (441) are installed on described fixation side baffle plate (44).
CN201420285041.5U 2014-05-30 2014-05-30 Stacking machine of ATM CN203855142U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420285041.5U CN203855142U (en) 2014-05-30 2014-05-30 Stacking machine of ATM

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420285041.5U CN203855142U (en) 2014-05-30 2014-05-30 Stacking machine of ATM

Publications (1)

Publication Number Publication Date
CN203855142U true CN203855142U (en) 2014-10-01

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201420285041.5U CN203855142U (en) 2014-05-30 2014-05-30 Stacking machine of ATM

Country Status (1)

Country Link
CN (1) CN203855142U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103979298A (en) * 2014-05-30 2014-08-13 湖南辰泰信息科技股份有限公司 ATM stacking machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103979298A (en) * 2014-05-30 2014-08-13 湖南辰泰信息科技股份有限公司 ATM stacking machine

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Legal Events

Date Code Title Description
GR01 Patent grant
C14 Grant of patent or utility model
AV01 Patent right actively abandoned

Granted publication date: 20141001

Effective date of abandoning: 20160203

C25 Abandonment of patent right or utility model to avoid double patenting