CN207718552U - A kind of global function Intelligent cash lowboy - Google Patents

Abstract

The utility model discloses a kind of global function Intelligent cash lowboys, including cabinet, the industrial personal computer and movement being arranged in cabinet, and setting on the cabinet portion and with the touch display screen of industry control mechatronics, code keyboard, non-connect IC card reader, pivot gate, flat push type gate, card reader, strip printer, secondary certificate reader, magnetic card machine, deposit book printers or laser printer, embedded finger bundling device, binocular camera, light compensating lamp and monitoring camera.The utility model covers high cube container business most possibly, supports cash class, the transaction of noncash class, can be applied to hall of bank outlets, is suitble to customer self-service operation；The utility model in industry takes the lead in becoming one embedded finger bundling device with access machine, and client ties from being about to money taking Qian Houke, improves customer experience sense；The utility model is integrated with binocular camera, improves recognition of face effect.

Description

A kind of global function Intelligent cash lowboy

Technical field

The utility model is related to a kind of global function Intelligent cash lowboys.

Background technology

Currently, bank deposits cash, the sales counter of enchashment gold is known as high cube container；Enterprise makes transfers, and the cabinet of cashless transactions is referred to as low Cabinet.To adapt to the trend of current each big bank's high cube container lowboy and building the demand of intelligent site, applicant devises one kind High cube container business can be covered most possibly, supported cash class, the transaction of noncash class, be can be applied to hall of bank outlets, be suitble to The global function Intelligent cash lowboy of customer self-service operation.

Utility model content

The purpose of this utility model is to provide one kind can cover high cube container business most possibly, support cash class, non-existing Golden class transaction, can be applied to hall of bank outlets, is suitble to the global function Intelligent cash lowboy of customer self-service operation.

Realizing the technical solution of the utility model aim is：A kind of global function Intelligent cash lowboy, including cabinet, setting exist Industrial personal computer in cabinet and movement, and setting on the cabinet portion and with the touch display screen of industry control mechatronics, code keyboard, It is non-to connect IC card reader, pivot gate, flat push type gate, card reader, strip printer, secondary certificate reader, magnetic card machine, deposit Roll over printer or laser printer, embedded finger bundling device, binocular camera, light compensating lamp and monitoring camera；It is described Movement and industry control mechatronics；The upper front end of the cabinet is equipped with inclined-plane and vertical plane；The inclined-plane is low early and high after；It is described to touch Display screen is touched to be arranged in the left side on inclined-plane；The right front on the inclined-plane is equipped with the first groove；The code keyboard and non-meet IC Card reader is arranged in the first groove；The rear of first groove is equipped with the second groove；The pivot gate and flat-pushing Formula gate is arranged in the second groove, and pivot gate is located at the front of flat push type gate；The card reader setting exists On inclined-plane, and positioned at the right side of the second groove；The strip printer, secondary certificate reader, magnetic card machine, deposit book printers or Laser printer, embedded finger bundling device, binocular camera, light compensating lamp and monitoring camera are arranged on vertical plane.

The movement uses Hitachi's URT movements.

The lower part of the vertical plane of the cabinet is the inner fovea part to concave；The strip printer, secondary certificate reader, magnetic Card machine, deposit book printers or laser printer and embedded finger bundling device are arranged in inner fovea part；The binocular is taken the photograph As head, light compensating lamp and monitoring camera are arranged at the top of vertical plane；Second groove extands rearward in inner fovea part.

The bottom surface of the inner fovea part of the vertical plane of the cabinet is equipped with a slot；Electromagnetic pen is equipped in described slot.

A kind of global function Intelligent cash lowboy, further includes fingerprint instrument；The fingerprint instrument is arranged in the vertical plane of cabinet On the bottom surface of recess portion.

A kind of global function Intelligent cash lowboy further includes anti-sight glass；The anti-sight glass is equipped with two, two anti-sight glass difference Both sides at the top of the vertical plane of cabinet are set.

It is additionally provided with array microphone at the top of the vertical plane of the cabinet.

The pivot gate includes mounting bracket, arc gate door-plate, the first actuator, driving motor and driving piece；It is described The side of arc gate door-plate is fixed with the first actuator being rotatablely connected with mounting bracket；First actuator includes being sequentially connected Driving portion, middle interconnecting piece and gate interconnecting piece；The driving portion and middle interconnecting piece are in the same plane, and drive Portion and the junction of middle interconnecting piece are equipped with the shaft of pivot center plane residing for the driving portion and middle interconnecting piece；It is described Plane residing for gate interconnecting piece is parallel to the pivot center of shaft；One end of the gate interconnecting piece is connect with middle interconnecting piece, The other end of gate interconnecting piece is fixedly connected with arc gate door-plate；One end of the driving piece is fixed on the output shaft of driving motor On, drive the other end of piece to be slidably connected with driving portion.

The pivot gate further includes the second actuator；The shaft both sides of first actuator are fixed on mounting bracket On；One end of second actuator is fixedly connected with arc gate door-plate, and the other end is rotatablely connected with mounting bracket.

The folder no more than 90 ° is equipped between the driving portion and middle interconnecting piece of first actuator of the pivot gate Angle.

The driving portion of first actuator of the pivot gate is equipped with the first long through-hole；The driving on piece be equipped with The sliding pin that first long through-hole is slidably connected.

The gate interconnecting piece of first actuator of the pivot gate is equipped with the second long through-hole.

The other end end of the gate interconnecting piece of first actuator of the pivot gate is equipped with solid with arc gate door-plate Surely the gate connector connected.

Plane residing for the gate connector of first actuator of the pivot gate is put down residing for the gate interconnecting piece Face.

The middle part of the gate connector of first actuator of the pivot gate is connect with gate interconnecting piece, and is in arc Shape.

The gate connector of first actuator of the pivot gate is equipped with multiple gate connecting holes and multiple circles are logical Hole.

Pivot gate further includes the gate opening sensor and closing gate for being fixed on mounting bracket top and front end Sensor；The driving on piece is fixed with sensing chip.

The flat push type gate includes shell, valve plates, transmission mechanism and driving motor；One end of the shell is equipped with valve Doorway；The valve plates are set to the lower section of valve port, and are slidably connected with inner walls；The transmission mechanism includes first same Step band component and the second synchronous belt component；The first synchronous belt component is set to the right side of shell, and connects driving motor Output shaft and the second synchronous belt component；The second synchronous belt component includes the first connection sliding block of connection valve door-plate；The valve Door-plate is equipped with shell cooperation limiter valve plate movement from locking plate；Described be rotated up from locking plate in card valve opening door-plate loses Limitation to valve plates.

The driving motor of the flat push type gate is mounted on the right side wall of shell, the first synchronous belt of the transmission mechanism Component include the first synchronous pulley being set on the output shaft of driving motor, the second synchronous pulley on the right side of shell and The first synchronous belt being looped around on the first synchronous pulley and the second synchronous pulley.

Second synchronous belt component of the transmission mechanism of the flat push type gate further includes third synchronous pulley, the 4th synchronous belt Wheel and the second synchronous belt；The third synchronous pulley and the 4th synchronous pulley are set to the right side of shell, and third synchronous pulley is logical Cross the second synchronous pulley of connection axis connection the first synchronous belt component；Second synchronous belt is looped around third synchronous pulley and On four synchronous pulleys；It is engaged with the second synchronous belt the bottom of first connection sliding block.

The transmission mechanism of the flat push type gate further includes third synchronous belt component and transmission shaft；The third synchronous belt group Part includes the 5th synchronous pulley, the 6th synchronous pulley, third synchronous belt and the second connection sliding block；5th synchronous pulley and Six synchronous pulleys are set to the left side of shell；The third synchronous belt is looped around on the 5th synchronous pulley and the 6th synchronous pulley； The bottom of second connection sliding block is engaged with third synchronous belt, top connection valve door-plate；The transmission shaft is set to the one of shell End, and it is driven the 4th synchronous pulley of axis connection the 5th synchronous pulley and the second synchronous belt component.

The third synchronous belt component of the transmission mechanism of the flat push type gate further includes the cylinder for connecting the 5th synchronous pulley Handle.

The both sides of the valve plates of the flat push type gate are equipped with the connecting plate vertical with valve plates；It is set on the connecting plate There is connecting pole；Second connection of the first connection sliding block and third synchronous belt component of the second synchronous belt component of the transmission mechanism The stroke groove being respectively fitted on the connecting pole of two connecting plates is equipped on sliding block.

The valve plates of the flat push type gate are equipped with two from locking plate, and are respectively arranged on two connecting plates；Shell The banking stop for being equipped with and coordinating from locking plate；In the middle part of first connection sliding block of the second synchronous belt component of the transmission mechanism and the It is equipped with promotion in the middle part of second connection sliding block of three synchronous belt components and is lost from locking plate rotation and coordinates support chip with banking stop.

The connecting plate of the valve plates of the flat push type gate is equipped with limitation column of the limitation from locking plate rotational travel.

The shell of the flat push type gate is equipped with multiple sensors for finger.

The embedded finger bundling device includes bundling device ontology and obbbin band；The obbbin band is mounted on bundling device sheet The top of body；The inner top of the binding mouth of the bundling device ontology is equipped with In vivo detection circuit board；The In vivo detection circuit board Rear and front end be respectively equipped with preceding infrared temperature sensor and rear infrared temperature sensor；The preceding infrared temperature sensor monitoring Temperature in binding mouth；Infrared temperature sensor monitoring of environmental temperature after described；Be additionally provided on the In vivo detection circuit board with The microprocessor of preceding infrared temperature sensor and the electrical connection of rear infrared temperature sensor.

The obbbin band of the embedded finger bundling device is flat on the top of bundling device ontology；The bundling device ontology Top is equipped with and leads reel vertically, first level leads reel, the second level leads to axis and paper feed port；Second level leads to axle position Reel is led in vertical and first level is led between reel；The paper feed port is located at the second level and causes below axis, and is connected to bundle Machine body interior；Strapping on the obbbin band bypasses lead reel vertically successively, first level leads reel and second is horizontal After leading to axis, bundling device body interior is entered by paper feed port.

It is additionally provided with groove profile infrared photoelectric sensor at the top of the bundling device ontology of the embedded finger bundling device；It is described Groove profile infrared photoelectric sensor, which is located at, vertical leads reel and the second level causes between axis；The strapping is from groove profile infrared electro Pass through in the detect tank of sensor.

It is additionally provided with elastic tension piece at the top of the bundling device ontology of the embedded finger bundling device；The elastic tension Piece is in barb type；The elastic tension piece is arranged between groove profile infrared photoelectric sensor and the second level lead to axis, and is pressed in On strapping.

On the front end face of the cabinet Quick Response Code is equipped with close to the position on inclined-plane.

On the front end face of the cabinet human body induction module is equipped with close to the position on inclined-plane.

Above-mentioned technical proposal is used, the utility model has advantageous effect below：(1) the utility model maximum possible Ground covers high cube container business, supports cash class, the transaction of noncash class, can be applied to hall of bank outlets, is suitble to customer self-service behaviour Make；The utility model in industry takes the lead in becoming one embedded finger bundling device with access machine, and client is taking money After can be about to money certainly and tie, improve customer experience sense；The utility model is integrated with binocular camera, improves recognition of face effect Fruit.

(2) deposit book printers of the utility model can be optionally first, in a Cabinet Size with laser printer The lower requirement for meeting different clients.

(3) the pivot gate clever structure of the utility model, integrally occupies little space, strong applicability, the first actuator Closing arc gate door-plate with driving piece cooperation can realize that self-locking, mechanical self-locking structure greatly reduce production cost simultaneously.

(4) it is equipped with and does not surpass between the driving portion and middle interconnecting piece of the first actuator of the pivot gate of the utility model The angle for crossing 90 ° increases the rotation angle of rotatable gate.

(5) the gate interconnecting piece of the first actuator of the pivot gate of the utility model is equipped with the second long through-hole, subtracts Low weight mitigates driving motor burden.

(6) end face of the sliding pin of the driving piece of the pivot gate of the utility model is equipped with banking stop, greatly improves Whole stability.

(7) the gate connector of the first actuator of the pivot gate of the utility model is equipped with multiple gate connecting holes With multiple round tube holes, installation is more convenient.

(8) the flat push type gate structure of the utility model is ingenious, drives valve plates movement to realize valve by transmission mechanism It opens and closes, transmission is accurate, steady, and abrasion is smaller, and service life is long, self-locking when valve plates can be used to close from locking plate, The self-locking manner of mechanical structure greatly reduces cost.

(9) the third synchronous belt component of the transmission mechanism of the flat push type gate of the utility model further includes that connection the 5th synchronizes The column handle of belt wheel realizes the opening and closing of valve plates, behaviour when valve plates paperboard can not be moved using tool rotation column handle Facilitate.

(10) transmission mechanism of the flat push type gate of the utility model further includes third synchronous belt component and transmission shaft, cooperation Second synchronous belt component drives valve plates movement by the both sides of valve plates respectively, substantially increases stability.

(11) connecting plate of the valve plates of the flat push type gate of the utility model is equipped with limitation from locking plate rotational travel Column is limited, the stability from locking plate is substantially increased.

(12) shell of the flat push type gate of the utility model is equipped with multiple sensors for finger, prevents from pressing from both sides Hand substantially increases safety.

Description of the drawings

In order to make the content of the utility model be easier to be clearly understood, below according to specific embodiment and combine attached Figure, is described in further detail the utility model, wherein

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the stereogram of Fig. 1.

Fig. 3 is the structural schematic diagram of the pivot gate of the utility model.

Fig. 4 is that the pivot gate of the utility model removes the structural schematic diagram after the first mounting plate and main panel.

Fig. 5 is the first actuator, driving motor and the connection diagram for driving piece of the pivot gate of the utility model.

Fig. 6 is the structural schematic diagram of the flat push type gate of the utility model.

Fig. 7 is the structural schematic diagram that Fig. 6 removes shell

Fig. 8 is the a-quadrant enlarged drawing of Fig. 7.

Fig. 9 is the left view of the flat push type gate of the utility model.

Figure 10 is the second connection sliding block of the third synchronous belt component of the transmission mechanism of the flat push type gate of the utility model The structural schematic diagram coordinated with the banking stop of shell.

Figure 11 is the structural schematic diagram of the embedded finger bundling device of the utility model.

Figure 12 is the right view of Figure 11.

Figure 13 is the vertical view of Figure 11.

In attached drawing marked as：

Cabinet 1, inclined-plane 1-1, the first groove 1-1-1, the second groove 1-1-2, vertical plane 1-2, inner fovea part 1-2-1, slot 1-2-2, touch display screen 2, code keyboard 3, non-IC card reader 4, pivot gate 5, mounting bracket 5-1, arc gate door-plate are connect 5-2, the first actuator 5-3, driving portion 5-3-1, the first long through-hole 5-3-1-1, middle interconnecting piece 5-3-2, gate interconnecting piece 5- 3-3, the second long through-hole 5-3-3-1, shaft 5-3-4, gate connector 5-3-5, gate connecting hole 5-3-5-1, round tube hole 5-3- 5-2, driving motor 5-4, driving piece 5-5, sliding pin 5-5-1, sensing chip 5-5-2, the second actuator 5-6, gate open sensing Device 5-7, closing gate sensor 5-8, flat push type gate 6, shell 6-1, valve port 6-1-1, banking stop 6-1-2, valve plates 6- 2, from locking plate 6-2-1, connecting plate 6-2-2, connecting pole 6-2-2-1, limitation column 6-2-2-2, transmission mechanism 6-3, the first synchronous belt Component 6-3-1, the first synchronous pulley 6-3-1-1, the second synchronous pulley 6-3-1-2, the first synchronous belt 6-3-1-3, second synchronize Band component 6-3-2, the first connection sliding block 6-3-2-1, third synchronous pulley 6-3-2-2, the 4th synchronous pulley 6-3-2-3, second Synchronous belt 6-3-2-4, third synchronous belt component 6-3-3, the 5th synchronous pulley 6-3-3-1, the 6th synchronous pulley 6-3-3-2, Three synchronous belt 6-3-3-3, the second connection sliding block 6-3-3-4, column handle 6-3-3-5, transmission shaft 6-3-4, driving motor 6-4, It is card reader 7, strip printer 8, secondary certificate reader 9, magnetic card machine 10, deposit book printers or laser printer 11, embedded Finger bundling device 12, bundling device ontology 12-1, lead reel 12-1-1 vertically, first level leads reel 12-1-2, second horizontal Lead to axis 12-1-3, paper feed port 12-1-4, groove profile infrared photoelectric sensor 12-1-5, elastic tension piece 12-1-6, obbbin band 12- 2, In vivo detection circuit board 12-3, preceding infrared temperature sensor 12-3-1, rear infrared temperature sensor 12-3-2, binocular camera 13, light compensating lamp 14, monitoring camera 15, fingerprint instrument 16, anti-sight glass 17, array microphone 18, Quick Response Code 19, human body induction module 20。

Specific implementation mode

(embodiment 1)

See Fig. 1 and Fig. 2, the global function Intelligent cash lowboy of the present embodiment, including cabinet 1, the industry control in cabinet 1 is set Machine and movement, and the touch display screen 2 on 1 top of cabinet is set, code keyboard 3, non-connects IC card reader 4, rotary lock Door 5, flat push type gate 6, card reader 7, strip printer 8, secondary certificate reader 9, magnetic card machine 10, deposit book printers or laser Printer 11, binocular camera 13, light compensating lamp 14, monitoring camera 15, fingerprint instrument 16, is prevented embedded finger bundling device 12 Sight glass 17, array microphone 18, Quick Response Code 19 and human body induction module 20.

Movement uses Hitachi's URT movements.Movement, touch display screen 2, code keyboard 3, the non-IC card reader 4, rotary of connecing Gate 5, flat push type gate 6, card reader 7, strip printer 8, secondary certificate reader 9, magnetic card machine 10, deposit book printers swash Optical printer 11, embedded finger bundling device 12, binocular camera 13, light compensating lamp 14, monitoring camera 15, fingerprint instrument 16, Array microphone 18 and human body induction module 20 with industry control mechatronics

The upper front end of cabinet 1 is equipped with inclined-plane 1-1 and vertical plane 1-2.Inclined-plane 1-1 is low early and high after.Touch display screen 2 is arranged The left side of 1-1 on inclined-plane.The right front of inclined-plane 1-1 is equipped with the first groove 1-1-1.Code keyboard 3 and non-connect IC card reader 4 It is arranged in the first groove 1-1-1.The rear of first groove 1-1-1 is equipped with the second groove 1-1-2.Pivot gate 5 and flat-pushing Formula gate 6 is arranged in the second groove 1-1-2, and pivot gate 5 is located at the front of flat push type gate 6.Card reader 7 is set It sets on inclined-plane 1-1, and positioned at the right side of the second groove 1-1-2.Strip printer 8, magnetic card machine 10, is deposited secondary certificate reader 9 Roll over printer or laser printer 11, embedded finger bundling device 12, binocular camera 13, light compensating lamp 14 and monitoring camera First 15 are arranged on vertical plane 1-2.

The lower part of the vertical plane 1-2 of cabinet 1 is the inner fovea part 1-2-1 to concave.Strip printer 8, secondary certificate reader 9, magnetic card machine 10, deposit book printers or laser printer 11 and embedded finger bundling device 12 are arranged at inner fovea part 1-2- In 1.Binocular camera 13, light compensating lamp 14, monitoring camera 15 and array microphone 18 are arranged at the top of vertical plane 1-2. Second groove 1-1-2 is extanded rearward in inner fovea part 1-2-1.It is set on the bottom surface of the inner fovea part 1-2-1 of the vertical plane 1-2 of cabinet 1 There is a slot 1-2-2.Electromagnetic pen is equipped in slot 1-2-2.The inner fovea part in the vertical plane 1-2 of cabinet 1 is arranged in fingerprint instrument 16 On the bottom surface of 1-2-1.There are two anti-sight glass 17 is set, two anti-sight glass 17 are separately positioned on the top of the vertical plane 1-2 of cabinet 1 Both sides.Quick Response Code 19 and human body induction module 20 are arranged on the front end face of cabinet 1 close to the position of inclined-plane 1-1.

See that Fig. 3 to Fig. 5, pivot gate 5 include mounting bracket 5-1, arc gate door-plate 5-2, the first actuator 5-3, driving Motor 5-4, driving piece 5-5, the second actuator 5-6, gate open sensor 5-7 and closing gate sensor 5-8.Gates of segmental shape The side of plate 5-2 is fixed with the first actuator 5-3 with mounting bracket 5-1 rotation connections.First actuator 5-3 includes being sequentially connected Driving portion 5-3-1, middle interconnecting piece 5-3-2 and gate interconnecting piece 5-3-3.At driving portion 5-3-1 and middle interconnecting piece 5-3-2 In on same plane, and the junction of driving portion 5-3-1 and middle interconnecting piece 5-3-2 is equipped with pivot center perpendicular to driving portion The shaft 5-3-4 of plane residing for 5-3-1 and middle interconnecting piece 5-3-2.Plane is parallel to shaft 5- residing for gate interconnecting piece 5-3-3 The pivot center of 3-4.One end of gate interconnecting piece 5-3-3 is connect with middle interconnecting piece 5-3-2, and gate interconnecting piece 5-3-3's is another One end is fixedly connected with arc gate door-plate 5-2.One end of driving piece 5-5 is fixed on the output shaft of driving motor 5-4, drives piece The other end of 5-5 is slidably connected with driving portion 5-3-1.Gate is opened sensor 5-7 and closing gate sensor 5-8 and is fixed respectively In the tops mounting bracket 5-1 and front end.It is fixed with sensing chip 5-5-2 on driving piece 5-5.

The both sides shaft 5-3-4 of first actuator 5-3 of pivot gate 5 are fixed on mounting bracket 5-1.Second actuator One end of 5-6 is fixedly connected with arc gate door-plate 5-2, and the other end is rotatablely connected with mounting bracket 5-1.The drive of first actuator 5-3 The dynamic angle being equipped between portion 5-3-1 and middle interconnecting piece 5-3-2 no more than 90 °.The driving portion 5-3-1 of first actuator 5-3 It is equipped with the first long through-hole 5-3-1-1.Driving piece 5-5 is equipped with the sliding pin 5- being slidably connected with the first long through-hole 5-3-1-1 5-1.The gate interconnecting piece 5-3-3 of first actuator 5-3 is equipped with the second long through-hole 5-3-3-1.The gate of first actuator 5-3 The other end end of interconnecting piece 5-3-3 is equipped with the gate connector 5-3-5 being fixedly connected with arc gate door-plate 5-2.Gate connects The plane residing for the gate interconnecting piece 5-3-3 of plane residing for part 5-3-5.The middle part of gate connector 5-3-5 is connect with gate Portion 5-3-3 connections, and it is arc-shaped.Gate connector 5-3-5 is equipped with multiple gate connecting hole 5-3-5-1 and multiple round tube holes 5-3-5-2。

The auto-lock process of pivot gate 5 is：Driving motor 5-4 driving driving piece 5-5 rotations, driving piece 5-5 drive the One actuator 5-3 rotations, while sliding pin 5-5-1 is beaten along the first long through-hole 5-3-1-1 slidings in arc gate door-plate 5-2 completely When opening, gate opens sensor 5-7 and senses that sensing chip 5-5-2, driving motor 5-4 are stopped, sliding pin 5-5-1 at this time In the middle part of the first long through-hole 5-3-1-1, self-locking is realized.

See that Fig. 6 to Figure 10, flat push type gate 6 include shell 6-1, valve plates 6-2, transmission mechanism 6-3 and driving motor 6- 4.Shell 6-1 is equipped with multiple sensors for finger.One end of shell 6-1 is equipped with valve port 6-1-1.Valve plates 6-2 It is slidably connected set on the lower section of valve port 6-1-1, and with shell 6-1 inner walls.Transmission mechanism 6-3 includes the first synchronous belt component 6-3-1 and the second synchronous belt component 6-3-2.First synchronous belt component 6-3-1 is set to the right side of shell 6-1, and connects driving The output shaft of motor 6-4 and the second synchronous belt component 6-3-2.Second synchronous belt component 6-3-2 includes the of connection valve door-plate 6-2 One connection sliding block 6-3-2-1.Valve plates 6-2 is equipped with shell 6-1 cooperation limiter valve plate 6-2 movements from locking plate 6-2-1.From Locking plate 6-2-1 is rotated up the limitation lost to valve plates 6-2 in card valve opening door-plate 6-2.

On the right side wall of shell 6-1, the first of transmission mechanism 6-3 synchronizes the driving motor 6-4 of flat push type gate 6 Include the first synchronous pulley 6-3-1-1 being set on the output shaft of driving motor 6-4 with component 6-3-1, be set to the right sides shell 6-1 It second synchronous pulley 6-3-1-2 of side and is looped around on the first synchronous pulley 6-3-1-1 and the second synchronous pulley 6-3-1-2 First synchronous belt 6-3-1-3.

The second synchronous belt component 6-3-2 of the transmission mechanism 6-3 of flat push type gate 6 further includes third synchronous pulley 6-3-2- 2, the 4th synchronous pulley 6-3-2-3 and the second synchronous belt 6-3-2-4.Third synchronous pulley 6-3-2-2 and the 4th synchronous pulley 6- 3-2-3 is set to the right side of shell 6-1, and third synchronous pulley 6-3-2-2 is by connecting axis connection the first synchronous belt component 6-3-1 The second synchronous pulley 6-3-1-2.Second synchronous belt 6-3-2-4 is looped around third synchronous pulley 6-3-2-2 and the 4th synchronous belt It takes turns on 6-3-2-3.It is engaged with the second synchronous belt 6-3-2-4 the bottom of first connection sliding block 6-3-2-1.

The transmission mechanism 6-3 of flat push type gate 6 further includes third synchronous belt component 6-3-3 and transmission shaft 6-3-4.Third is same Step band component 6-3-3 include the 5th synchronous pulley 6-3-3-1, the 6th synchronous pulley 6-3-3-2, third synchronous belt 6-3-3-3 and Second connection sliding block 6-3-3-4.5th synchronous pulley 6-3-3-1 and the 6th synchronous pulley 6-3-3-2 is set to a left side of shell 6-1 Side.Third synchronous belt 6-3-3-3 is looped around on the 5th synchronous pulley 6-3-3-1 and the 6th synchronous pulley 6-3-3-2.Second connection The bottom of sliding block 6-3-3-4 is engaged with third synchronous belt 6-3-3-3, top connection valve door-plate 6-2.Transmission shaft 6-3-4 is set to shell One end of body 6-1, and the 4th of transmission shaft 6-3-4 connections the 5th synchronous pulley 6-3-3-1 and the second synchronous belt component 6-3-2 Synchronous pulley 6-3-2-3.Third synchronous belt component 6-3-3 further includes the column handle 6- for connecting the 5th synchronous pulley 6-3-3-1 3-3-5。

The both sides of the valve plates 6-2 of flat push type gate 6 are equipped with the connecting plate 6-2-2 vertical with valve plates 6-2.Connecting plate 6-2-2 is equipped with connecting pole 6-2-2-1.The first connection sliding block 6-3-2- of the second synchronous belt component 6-3-2 of transmission mechanism 6-3 It is equipped on the second connection sliding block 6-3-3-4 of 1 and third synchronous belt component 6-3-3 and is respectively fitted over two connecting plate 6-2-2's Stroke groove on connecting pole 6-2-2-1.

There are two the setting from locking plate 6-2-1 of the valve plates 6-2 of flat push type gate 6, and is respectively arranged on two connecting plate 6- On 2-2.Shell 6-1 is equipped with and the banking stop 6-1-2 that coordinates from locking plate 6-2-1.The second synchronous belt component of transmission mechanism 6-3 In the middle part of the first connection sliding block 6-3-2-1 of 6-3-2 and in the middle part of the second connection sliding block 6-3-3-4 of third synchronous belt component 6-3-3 It is equipped with promotion and is lost from locking plate 6-2-1 rotations and coordinate support chip with banking stop 6-1-2.Connecting plate 6-2-2 is equipped with limitation certainly The limitation column 6-2-2-2 of locking plate 6-2-1 rotational travels.

The operation principle of flat push type gate 6 is：When opening valve plates 6-2, driving motor 6-1 drives the first synchronous belt component 6-3-1 is operated, and the first synchronous belt component 6-3-1 drives the second synchronous belt component 6-3-2 runnings, while the second synchronous belt component 6- 3-2 drives the 6-3-3 runnings of third synchronous belt component by transmission shaft 6-3-4, and the first connection sliding block 6-3-2-1 and second connects at this time It meets sliding block 6-3-3-4 and synchronizes and be moved to the left, the support chip of the first connection sliding block 6-3-2-1 and the second connection sliding block 6-3-3-4 push away It is dynamic to be rotated from locking plate 6-2-1, lose the cooperation with banking stop 6-1-2 from locking plate 6-2-1, the first connection sliding block 6-3-2-1 and the Two connection sliding block 6-3-3-4 continue the stroke for being moved to the left the first connection sliding block 6-3-2-1 and the second connection sliding block 6-3-3-4 After the right wall of slot contacts the limitation column 6-2-2-2 of two connecting plate 6-2-2, the connections of the first connection sliding block 6-3-2-1 and second are slided Block 6-3-3-4 drives valve plates 6-2 to be moved to complete opening.

The 6-3-1 runnings of the first synchronous belt component of driving motor 6-1 drivings, the first synchronous belt component when closing valve plates 6-2 6-3-1 drives the second synchronous belt component 6-3-2 running, while the second synchronous belt component 6-3-2 drives the by transmission shaft 6-3-4 Three synchronous belt component 6-3-3 runnings, the first connection sliding block 6-3-2-1 and the second connection sliding block 6-3-3-4 are synchronized and are moved right at this time Dynamic, the first connection sliding block 6-3-2-1 and the second connection sliding block 6-3-3-4 are moved to the first connection sliding block 6-3-2-1 and second and connect After meeting the limitation column 6-2-2-2 of two connecting plate 6-2-2 of left wall contact of the stroke groove of sliding block 6-3-3-4, the first connection sliding block 6-3-2-1 and the second connection sliding block 6-3-3-4 drives valve plates 6-2 to be moved to and completely closes, when valve plates 6-2 is closed, from Locking plate 6-2-1 coordinates with banking stop 6-1-2 again.

See that Figure 11 to Figure 13, embedded finger bundling device 12 include bundling device ontology 12-1 and obbbin band 12-2.Obbbin The top of bundling device ontology 12-1 is mounted on 12-2.The inner top of the binding mouth of bundling device ontology 12-1 is equipped with In vivo detection electricity Road plate 12-3.The rear and front end of In vivo detection circuit board 12-3 is respectively equipped with preceding infrared temperature sensor 12-3-1 and rear infrared temperature Spend sensor 12-3-2.Temperature in preceding infrared temperature sensor 12-3-1 monitorings binding mouth.Infrared temperature sensor 12-3- afterwards 2 monitoring of environmental temperature.It is additionally provided on In vivo detection circuit board 12-3 and preceding infrared temperature sensor 12-3-1 and rear infrared temperature The microprocessor of sensor 12-3-2 electrical connections.

The obbbin of embedded finger bundling device 12 is flat on the top of bundling device ontology 12-1 with 12-2.Bundling device ontology The top of 12-1 is equipped with and leads reel 12-1-1 vertically, first level leads reel 12-1-2, the second level leads to axis 12-1-3, paper feed Mouth 12-1-4, groove profile infrared photoelectric sensor 12-1-5 and elastic tension piece 12-1-6.Second level causes axis 12-1-3 to be located at It is vertical to lead reel 12-1-1 and first level is led between reel 12-1-2.Paper feed port 12-1-4, which is located at the second level, leads to axis 12- Below 1-3, and it is connected to inside bundling device ontology 12-1.Obbbin bypasses with the strapping on 12-2 and leads reel 12- vertically successively 1-1, first level lead reel 12-1-2 and after the second level lead to axis 12-1-3, enter bundling device ontology by paper feed port 12-1-4 Inside 12-1.Groove profile infrared photoelectric sensor 12-1-5 be located at it is vertical lead reel 12-1-1 and the second level cause axis 12-1-3 it Between.Strapping passes through from the detect tank of groove profile infrared photoelectric sensor 12-1-5.Elastic tension piece 12-1-6 is in barb type.Bullet Property tensioning piece 12-1-6 be arranged between groove profile infrared photoelectric sensor 12-1-5 and the second level lead to axis 12-1-3, and be pressed in On strapping.

The principle of embedded finger bundling device 12 is：Machine running environment itself has temperature, considers when judging Operating ambient temperature.Pass through the infrared temperature sensor 12- before the rear and front end of In vivo detection circuit board 12-3 is respectively set 3-1 and rear infrared temperature sensor 12-3-2, preceding infrared temperature sensor 12-3-1 and rear infrared temperature sensor 12-3-2 senses The different temperatures that should be arrived can react for different voltage, and after human hand is put into binding mouth, preceding infrared temperature sensor 12-3-1 can feel The temperature change of a small range, rear infrared temperature sensor 12-3-2 induction operating ambient temperatures is answered to pass through as benchmark is judged Compare the temperature difference of the two, you can human hand is judged whether there is in binding mouth, to realize finger.

Particular embodiments described above has carried out into one the purpose of this utility model, technical solution and advantageous effect Step is described in detail, it should be understood that the foregoing is merely specific embodiment of the utility model, is not limited to this Utility model, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all wrap Containing being within the protection scope of the utility model.

Claims (10)

1. a kind of global function Intelligent cash lowboy, it is characterised in that：Including cabinet (1), the industrial personal computer that is arranged in cabinet (1) and Movement, and setting cabinet (1) top and with the touch display screen of industry control mechatronics (2), code keyboard (3), non-meet IC Card reader (4), pivot gate (5), flat push type gate (6), card reader (7), strip printer (8), secondary certificate reader (9), magnetic card machine (10), deposit book printers or laser printer (11), embedded finger bundling device (12), binocular camera (13), light compensating lamp (14) and monitoring camera (15)；The movement and industry control mechatronics；The upper front end of the cabinet (1) Equipped with inclined-plane (1-1) and vertical plane (1-2)；The inclined-plane (1-1) is low early and high after；The touch display screen (2) is arranged on inclined-plane The left side of (1-1)；The right front of the inclined-plane (1-1) is equipped with the first groove (1-1-1)；It the code keyboard (3) and non-connects IC card reader (4) setting is in the first groove (1-1-1)；The rear of first groove (1-1-1) is equipped with the second groove (1- 1-2)；The pivot gate (5) and flat push type gate (6) are arranged in the second groove (1-1-2), and pivot gate (5) it is located at the front of flat push type gate (6)；The card reader (7) is arranged on inclined-plane (1-1), and is located at the second groove (1-1- 2) right side；The strip printer (8), secondary certificate reader (9), magnetic card machine (10), deposit book printers or laser printing Machine (11), embedded finger bundling device (12), binocular camera (13), light compensating lamp (14) and monitoring camera (15) are respectively provided with On vertical plane (1-2).

2. a kind of global function Intelligent cash lowboy according to claim 1, it is characterised in that：The movement uses Hitachi URT movements.

3. a kind of global function Intelligent cash lowboy according to claim 1, it is characterised in that：The cabinet (1) it is vertical The lower part in face (1-2) is the inner fovea part (1-2-1) to concave；The strip printer (8), secondary certificate reader (9), magnetic card machine (10), deposit book printers or laser printer (11) and embedded finger bundling device (12) are arranged at inner fovea part (1-2- 1) in；The binocular camera (13), light compensating lamp (14) and monitoring camera (15) are arranged at the top of vertical plane (1-2)； Second groove (1-1-2) extands rearward in inner fovea part (1-2-1).

4. a kind of global function Intelligent cash lowboy according to claim 3, it is characterised in that：The cabinet (1) it is vertical The bottom surface of the inner fovea part (1-2-1) in face (1-2) is equipped with a slot (1-2-2)；Electromagnetic induction is equipped in described slot (1-2-2) Pen.

5. a kind of global function Intelligent cash lowboy according to claim 3, it is characterised in that：Further include fingerprint instrument (16)； The fingerprint instrument (16) is arranged on the bottom surface of the inner fovea part (1-2-1) of the vertical plane (1-2) of cabinet (1).

6. a kind of global function Intelligent cash lowboy according to claim 3, it is characterised in that：Further include anti-sight glass (17)； There are two the anti-sight glass (17) sets, two anti-sight glass (17) are separately positioned on the two of the top of the vertical plane (1-2) of cabinet (1) Side.

7. a kind of global function Intelligent cash lowboy according to claim 3, it is characterised in that：The cabinet (1) it is vertical Array microphone (18) is additionally provided at the top of face (1-2).

8. a kind of global function Intelligent cash lowboy according to claim 1, it is characterised in that：The embedded finger is pricked Include bundling device ontology (12-1) and obbbin band (12-2) machine (12)；The obbbin band (12-2) is mounted on bundling device ontology The top of (12-1)；The inner top of the binding mouth of the bundling device ontology (12-1) is equipped with In vivo detection circuit board (12-3)；Institute The rear and front end for stating In vivo detection circuit board (12-3) is respectively equipped with preceding infrared temperature sensor (12-3-1) and rear infrared temperature Sensor (12-3-2)；Temperature in preceding infrared temperature sensor (12-3-1) the monitoring binding mouth；Infrared temperature after described Sensor (12-3-2) monitoring of environmental temperature；It is additionally provided with and preceding infrared temperature sensor on the In vivo detection circuit board (12-3) The microprocessor of (12-3-1) and rear infrared temperature sensor (12-3-2) electrical connection.

9. a kind of global function Intelligent cash lowboy according to claim 1, it is characterised in that：The front end of the cabinet (1) On face Quick Response Code (19) is equipped with close to the position on inclined-plane (1-1).

10. a kind of global function Intelligent cash lowboy according to claim 1, it is characterised in that：The front end of the cabinet (1) On face human body induction module (20) is equipped with close to the position on inclined-plane (1-1).