CN203333006U - Bill multi-path conveying device - Google Patents
Bill multi-path conveying device Download PDFInfo
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- CN203333006U CN203333006U CN2013204209445U CN201320420944U CN203333006U CN 203333006 U CN203333006 U CN 203333006U CN 2013204209445 U CN2013204209445 U CN 2013204209445U CN 201320420944 U CN201320420944 U CN 201320420944U CN 203333006 U CN203333006 U CN 203333006U
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Abstract
The utility model discloses a bill multi-path conveying device. The bill multi-path conveying device comprises a supporting frame, wherein the supporting frame is composed of two fixing plates which are placed in a parallel and aligned mode, an upper portion belt conveying mechanism which is fixed to the supporting frame is arranged on the upper half portion of the interior of the supporting frame, a lower portion belt transmission mechanism which is composed of three belt transmission mechanisms is fixedly arranged on the lower half portion of the interior of the supporting frame, the belt transmission mechanisms are horizontally arranged in sequence in a parallel mode, a perpendicular channel mechanism is arranged between two adjacent belt transmission mechanisms of the lower portion belt transmission mechanism, a guide plate is arranged above the perpendicular channel mechanism, a reversing mechanism is arranged between the other two adjacent belt transmission mechanisms, and the upper portion belt conveying mechanism, the reversing mechanism and the lower portion belt transmission mechanism are used in cooperation to form a left bill conveying path, a left bill return path, a right bill conveying path and a right bill return path in sequence. The bill multi-path conveying device is simple in structure, simplified in path, and capable of effectively and rapidly conveying bills, and is used for receiving the bills conveyed in different directions, and carrying out switching and conveying of different paths.
Description
Technical field
The utility model relates to a kind of banknote multiplex device.
Background technology
At present, carry out the multiplex of banknote, a kind of is to utilize hand type mechanisms grip banknote to carry out the conveying of multipath, and the manipulator transmission is stricter to processing, assembly technology, and delivery pathways and switching are slower, but transmit precisely.Another kind is to utilize two groups of belts to clamp and carry banknote, and there is complex structural designs in the existing procucts great majority, and delivery pathways is too loaded down with trivial details, can not carry out fast and effectively the shortcomings such as transmission of banknote.
The utility model content
The purpose of this utility model is for overcoming above-mentioned the deficiencies in the prior art, a kind of banknote multiplex device is provided, its simple structure, simplify in path, can carry out effectively fast the banknote transmission, this device is for receiving switching and the transmission that different directions transports banknote and carries out different paths.
For achieving the above object, the utility model adopts following technical proposals:
A kind of banknote multiplex device, comprise the support frame that the adapter plate placed by two parallel aligned forms, the first half in described support frame is provided with the top tape transport be fixed on support frame, be fixed with the bottom tape handler formed by three groups of tape handlers that level is set up in parallel successively in the latter half, be provided with a vertical channel mechanism between wherein two adjacent groups tape handler in the tape handler of bottom, vertical channel mechanism top is provided with guide plate, is provided with direction reverser between the two adjacent groups tape handler in addition; Coordinate between described top tape transport, direction reverser and bottom tape handler and form successively that a left side is sent the paper money path, leftly gone back to the paper money path, paper money path and the right paper money path of going back to are sent in the right side.
Described top tape transport comprise the upper axle drive shaft that be arranged in parallel, upper left tensioning shaft, in upper tensioning shaft, upper right tensioning shaft, upper driven shaft and upper conveyor belt, upper tensioning shaft both sides during upper axle drive shaft and upper driven shaft are symmetricly set in, and upper axle drive shaft, upper driven shaft and in the two ends of upper tensioning shaft all be installed on support frame, in upper tensioning shaft two ends be movably installed in the rectangular draw-in groove of the vertical setting in support frame; In upper tensioning shaft two ends a maintenance is set respectively to its reed of tensioning to down spring; On described upper axle drive shaft, upper driven shaft all cover roller in two group leader's rollers and a group is arranged, middle roller between two group leader's rollers, on upper tensioning shaft cover roller in three groups is arranged; Be positioned on upper axle drive shaft one end in the adapter plate outside driven wheel is installed; Overlap tensioner arm and torsion spring are arranged successively from inside to outside on the upper axle drive shaft in two group leader's roller outsides, upper driven shaft, torsion spring one end is stuck on tensioner arm, and the other end is stuck on adapter plate; Tensioning shaft two ends, upper left are installed on two tensioner arms on axle drive shaft, and tensioning shaft two ends, upper right are installed on two tensioner arm lower ends on driven shaft, on described left and right upper tensioning shaft, all are set with three tension wheels; Totally three of upper conveyor belts, walk around respectively axle drive shaft, upper driven shaft, in corresponding long wheel or middle roller and tension wheel on upper tensioning shaft and left and right upper tensioning shaft.
Described bottom tape handler comprises three groups of corresponding left, center, right tape handlers that arrange, and is provided with a vertical channel mechanism between left, middle tape handler, and vertical channel mechanism top is provided with guide plate, in, be provided with direction reverser between right tape handler.
Described left tape handler comprises that two ends all are installed on lower-left axle drive shaft and the lower-left driven shaft be arranged in parallel on adapter plate, be arranged with three groups of short rollers and two groups of dial banknote wheels on the axle drive shaft of described lower-left, wherein two groups of dial banknotes wheel is arranged in a crossed manner between three groups of short rollers, is positioned on lower-left axle drive shaft one end of adapter plate outside and is provided with the lower-left driven wheel; Sheathed three groups of middle rollers corresponding with three groups of short rollers on the axle drive shaft of lower-left on the driven shaft of lower-left; Every two groups of corresponding short rollers are connected by the lower-left belt conveyor with middle roller.
Described middle tape handler comprise two ends all be installed on adapter plate, be arranged in parallel in lower driven shaft and in lower axle drive shaft, be arranged with three groups of short rollers on lower axle drive shaft in described, be arranged on lower axle drive shaft one end of adapter plate outside and be provided with down driven wheel; In on lower driven shaft sheathed three groups with in the corresponding middle roller of three groups of short rollers on time axle drive shaft; Every two groups of corresponding short rollers are connected by middle lower conveyor belt with middle roller.
In described, lower axle drive shaft below is provided with time paper money baffle plate tangent with the short roller on its top.
Described right tape handler comprises that two ends all are installed on bottom right axle drive shaft and the bottom right driven shaft be arranged in parallel on adapter plate, be arranged with three groups of short rollers and two groups of dial banknote wheels on the axle drive shaft of described bottom right, wherein two groups of dial banknotes wheel is arranged in a crossed manner between three groups of short rollers, is positioned on lower-left axle drive shaft one end of adapter plate outside and is provided with the bottom right driven wheel; Sheathed three groups of short rollers corresponding with three groups of short rollers on the axle drive shaft of bottom right on the driven shaft of bottom right; Every two groups of corresponding short rollers are connected by the bottom right belt conveyor.
Described vertical channel mechanism comprises that two ends all are installed on be arranged in parallel on adapter plate left and right and advance paper money axle and two channel plates, described two channel plates be positioned at left and right advance the paper money axle directly over, and be provided with gap between the channel plate of two Parallel Symmetric settings and form a vertical channel, the top of passage be provided with the lower-left driven shaft and in guide plate between lower driven shaft; Describedly left and rightly advance on the paper money axle alignment and tangent many group banknote feeding frames arranged, a left and right end that advances the paper money axle is respectively equipped with the left and right be meshed and send the paper money gear.
Described direction reverser comprises that two ends are installed on the reversing shaft on adapter plate, have been evenly arranged some groups of commutator segments on reversing shaft.
One of them adapter plate arranged outside have lower-left driven wheel, upper driven wheel, steering gear, in lower driven wheel, bottom right driven wheel, tensioning bearing, the right side send paper money gear, a left side to send paper money gear, drive motor, left Timing Belt and right Timing Belt, upper driven wheel and steering gear are meshed, drive motor be arranged in tensioning shaft under, the tensioning bearing is arranged in bottom right driven wheel lateral deviation upper/lower positions; Described left and right Timing Belt is single-face tooth-shaped band and profile of tooth is distributed in inboard;
When drive motor rotates counterclockwise, left Timing Belt meshes and connects respectively a left side and send paper money gear, lower-left driven wheel, steering gear and drive motor by profile of tooth; Right Timing Belt meshes lower driven wheel, bottom right driven wheel, tensioning bearing and drive motor in connection respectively by profile of tooth, and the tensioning bearing is positioned at the outside of right Timing Belt;
When drive motor clockwise rotates, left Timing Belt meshes and connects respectively the right side and send paper money gear, lower-left driven wheel, steering gear and drive motor by profile of tooth; Right Timing Belt meshes lower driven wheel, bottom right driven wheel, tensioning bearing and drive motor in connection respectively by profile of tooth, and the tensioning bearing is positioned at the outside of right Timing Belt.
The utility model mainly by a left side send the paper money path, left return paper money path, the right side send the paper money path, right return paper money path, guide plate, commutator segment, channel plate, upper conveyor belt, lower-left belt conveyor, in lower conveyor belt, bottom right belt conveyor etc. form.The single unit system path is simple, transmit effectively, easy switching, structure are dexterous practical, easy to process, with low cost.
The left side of this utility model send the paper money path will be for receiving the banknote carry from bottom to up and to come and it being delivered to the assembling device left side.The left paper money path of returning will be for receiving the banknote that comes from device left side horizontal feed and by its feedway below.The right side send the paper money path will be for receiving the banknote carry from bottom to up and to come and it being delivered to the assembling device right side.
The right paper money path of returning will be for receiving the banknote that comes from device right side horizontal feed and by its feedway below.
In addition, when receiving the banknote of carrying from bottom to up, two tangent banknote feeding frames will clamp banknote and upwards transmit, and the two symmetrical passage guiding banknotes of placing that are positioned at the banknote feeding frame top upwards are delivered to the guide plate that is positioned at top, the placement location of switching guide plate can be realized the transmission of varying level direction
In addition, when carrying out the transmission of banknote horizontal direction, upper conveying belt will coordinate respectively the lower conveyer belt left side, lower conveyer belt, the lower conveyer belt right side that are arranged in below horizontal positioned arranged side by side to carry out the transmission of horizontal direction banknote.
In addition, can realize left going back to the paper money path during different conditions of switching commutator segment, paper money path, right conversion of going back to the paper money path are sent in the right side.
In addition, tensioning reed, left tensioner arm, right tensioner arm are left to upper conveying belt, lower conveyer belt, in lower conveyer belt, lower conveyer belt remains tensioning, realize effective transmission and clamp the banknote function.
In the utility model, the paper money path is sent on a left side, carries below and sends banknote here to left side;
The left paper money path of returning, carry left side and send banknote here to below;
The paper money path is sent on the right side, carries below and sends banknote here to right side;
The right paper money path of returning, carry right side and send banknote here to below;
Upper conveyor belt, be arranged on this device top, and below horizontal positioned arranged side by side lower-left belt conveyor, middle lower conveyor belt, bottom right belt conveyor, and middle lower conveyor belt is positioned between lower-left belt conveyor and right lower conveyor belt.
Guide plate, be arranged in the middle of middle lower conveyor belt and lower-left belt conveyor and the upper conveyor belt below.
Commutator segment, be arranged between middle lower conveyor belt and right lower conveyor belt and the upper conveyor belt below.
A left side send paper money path, left time paper money path, the right side to send paper money path, the right side to go back to the paper money path, and path in the horizontal direction has upper conveyor belt and the lower-left belt conveyor, lower conveyor belt, the bottom right belt conveyor that are arranged in below placement arranged side by side to form.
Biography is sent on the hold concurrently top of all horizontal routes of upper conveyor belt,
The lower-left belt conveyor, a double left side send paper money path and the left bottom of going back to the paper money path to transmit,
Middle lower conveyor belt, the left time paper money path of holding concurrently, the right side send paper money path, the right bottom of going back to the paper money path to transmit,
The bottom right belt conveyor, the double right side send paper money path and the right bottom of going back to the paper money path to transmit,
The paper money path is sent on a left side, and there are two tangent banknote feeding frames in the vertical direction path and are positioned at symmetrical two the channel plates formations of placing in banknote feeding frame top.
In addition, this vertical direction path, the vertical direction path in paper money path is sent on the right side of separately holding concurrently.
Guide plate, when the paper money path is sent on a left side, to the banknote transmission of leading left;
When the paper money path is sent on the right side, to the banknote transmission of leading to the right.
Described commutator segment, when the paper money path is sent on the right side, the commutator segment horizontal positioned, and the guiding banknote transmits downwards;
During left time paper money path, the commutator segment slant setting, and the guiding banknote transmits downwards;
During right time paper money path, the first horizontal positioned of commutator segment, when banknote is all delivered to the commutator segment left side, switching to slant setting, at the guiding banknote, transmits downwards.
Described upper conveyor belt, be in all the time tensioning dress state, and coordinate lower-left belt conveyor, middle lower conveyor belt, bottom right belt conveyor to clamp transmission to the banknote in path.
Two tangent banknote feeding frames on described vertical-path, carry out any vertical-path while transmitting, and the banknote feeding frame of two tangent horizontal positioned clamps all the time banknote and upwards transmits.
In addition, banknote feeding frame divides many groups to be fixed on and to send the paper money axle left and banknote feeding frame upper right, and two send banknote feeding frame on the paper money axle identical and alignment placement.
In addition, when a left side send paper money path and left time paper money path to transmit, it is axle drive shaft that the paper money axle is sent on a left side, and it is driven shaft that the paper money axle is sent on the right side.
When the right side send paper money path and right time paper money path to transmit, it is axle drive shaft that the paper money axle is sent on the right side, and it is driven shaft that the paper money axle is sent on a left side.
In the utility model, the banknote material is paper, plastics or rubber.
The beneficial effects of the utility model are, the utility model simple structure, and simplify in path, can carry out effectively fast the banknote transmission, and this device is used for receiving switching and the transmission that different directions transports banknote and carries out different paths.
The accompanying drawing explanation
Fig. 1 the utility model device forms schematic diagram;
Fig. 2 the utility model device transmission schematic diagram (one);
Fig. 3 the utility model device transmission schematic diagram (two);
Schematic top plan view is transmitted on Fig. 4 top;
Schematic top plan view is transmitted in Fig. 5 bottom;
Fig. 6 send paper money to transmit schematic top plan view;
Fig. 7 operating path state (one);
Fig. 8 operating path state (two);
Fig. 9 operating path state (three);
Figure 10 operating path state (four);
In figure: 21: left tensioner arm; 22: guide plate; 23: the tensioning reed; 24: right tensioner arm; 25: the dial banknote wheel; 26: commutator segment; 27: return the paper money baffle plate; 28: channel plate; 29: torsion spring; 31: upper conveyor belt 32: the bottom right belt conveyor; 33: middle lower conveyor belt; 34: the lower-left belt conveyor; 35: left Timing Belt; 36: right Timing Belt; 41: the lower-left driven wheel; 42: upper driven wheel; 43: steering gear; 44: in lower driven wheel; 45: the bottom right driven wheel; 46: the tensioning bearing; 47: the paper money gear is sent on the right side; 48: the paper money gear is sent on a left side; 80: drive motor; 91: tension wheel; 92: middle roller; 93: long wheel; 94: banknote feeding frame; 95: short roller; 100: adapter plate; 101: upper axle drive shaft; 102: the upper left tensioning shaft; 103: in upper tensioning shaft; 104: reversing shaft; 105: the upper right tensioning shaft; 106: upper driven shaft; 107: the bottom right axle drive shaft; 108: the bottom right driven shaft; 109: in lower axle drive shaft; 120: in lower driven shaft; 121: the paper money axle is advanced on the right side; 122: the paper money axle is advanced on a left side; 123: the lower-left driven shaft; 124: a lower axle drive shaft left side; A: the paper money path is sent on a left side; B: the left paper money path of returning; C: the paper money path is sent on the right side; D: the right paper money path of returning.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is further illustrated.
As shown below, two adapter plates 100 column alignment are placed the support frame that forms the utility model device.
As shown in Figure 1, upper axle drive shaft 101, upper left tensioning shaft 102, in upper tensioning shaft 103, upper right tensioning shaft 105, upper driven shaft 106, upper conveyor belt 31 form the top tape transports in the middle of being positioned over respectively two adapter plates, each axle is all rotatable.
Upper axle drive shaft 101 is positioned over adapter plate 100 left upper ends, and the middle uniform 3 group leader's rollers 93 that are fixed wtih also rotate together with axle; Left tensioner arm 21 free to rotate is placed respectively at two ends, is positioned at the side of 3 group leader's rollers 93, and torsion spring 29 is coaxially being placed again respectively in left tensioner arm 21 outsides, and acts on left tensioner arm 21, all the time left tensioner arm 21 is being kept to downward torsion; Upper axle drive shaft 101 is an end upper driven wheel 42 that the fixed heel axle rotates again wherein, and it is outer to be positioned at torsion spring 29, as shown in Fig. 1,4.
Upper left tensioning shaft 102 is fixed in the middle of two left tensioner arms 21, and follows two left tensioner arms 21 swings, and 3 groups of tension wheels free to rotate 91 of middle uniform placement are as shown in Fig. 1,4.
In upper tensioning shaft 103 be placed on the right side of axle drive shaft 101, rotate and also can move up and down except making axle, in uniformly in the middle of upper tensioning shaft 103 fix in 3 groups roller 92 and follow the axle rotation, two tensioning reeds 23 are placed at two ends
And keep the elastic force downward to it as shown in Fig. 1,4 always.
Upper driven shaft 106 is positioned over adapter plate 100 upper right sides, and the middle uniform 3 group leader's rollers 93 that are fixed wtih also rotate together with axle; Right tensioner arm 24 free to rotate is placed respectively at two ends, is positioned at the side of 3 group leader's rollers 93, and torsion spring 29 is coaxially being placed again respectively in right tensioner arm 24 outsides, and acts on right tensioner arm 24, to right tensioner arm 24, is keeping downward torsion as shown in Figure 4 all the time.
Upper right tensioning shaft 105 is fixed in the middle of two right tensioner arms 24, and follows two right tensioner arms 24 swings, and 3 groups of tension wheels free to rotate 91 of middle uniform placement as shown in Figure 4.
As shown in Figure 1, a lower axle drive shaft left side 124, lower-left driven shaft 123, in lower driven shaft 120, in lower axle drive shaft 109, bottom right driven shaft 108, bottom right axle drive shaft 107, reversing shaft 104, guide plate 22, bottom right belt conveyor 32, middle lower conveyor belt 33, lower-left belt conveyor 34 be positioned over respectively in the middle of two adapter plates, each axle is all rotatable.Wherein descend an axle drive shaft left side 124, lower-left driven shaft 123, lower-left belt conveyor 34 to form one group of tape handler, in lower driven shaft 120, in lower axle drive shaft 109, middle lower conveyor belt 33 form one group of tape handler, bottom right driven shaft 108, bottom right axle drive shaft 107, bottom right belt conveyor 32 form one group of tape handler, have above-mentioned three groups of tape handlers to form the bottom tape handler.
A lower axle drive shaft left side 124 is positioned over adapter plate 100 left ends, upper left tensioning shaft 102 belows, and in the middle of it, 3 groups short rollers 95 of uniform placement and 2 groups of dial banknote wheels 25, all follow lower axle drive shaft left 124 and rotate; The one end is placed the lower-left driven wheel 41 of following rotation.Lower-left driven shaft 123 is placed the right side on a lower axle drive shaft left side 124 side by side, roller 92 in 3 groups of uniform placements in the middle of it, and follow axle and rotate.3 groups of lower-left belt conveyor 34 are positioned over respectively on short roller 95, middle roller 92 and connect a lower axle drive shaft left side 124, lower-left driven shaft 123 formation tape handlers, and above-mentioned formation as shown in Figure 5.
In lower driven shaft 120 be positioned over side by side lower-left driven shaft 123 right sides, roller 92 follow rotation in 3 groups of uniform placements in the middle of it.In lower axle drive shaft 109 be positioned over side by side in the right side of lower driven shaft 120, in the middle of it, 3 groups short rollers 95 of uniform placement are also followed axle and are rotated, the one end place follow rotation in lower driven wheel 44.In 3 groups lower conveyor belt 33 be positioned over respectively on short roller 95, middle roller 92 and connect in lower axle drive shaft 109, in lower driven shaft 120 form tape handlers, above-mentioned formation is as shown in Figure 1,5.
Lower axle drive shaft 109 right sides during bottom right driven shaft 108 is positioned over side by side, its middle 3 groups short rollers 95 of uniform placement are also followed rotation.Bottom right axle drive shaft 107 is positioned over the right side of bottom right driven shaft 108 side by side, and its middle 3 groups short rollers 95 of uniform placement are also followed axle and rotated, and the one end is placed the bottom right driven wheel 45 of following rotation.3 groups of bottom right belt conveyor 32 be positioned over respectively on short roller 95 and connect bottom right axle drive shaft 107, in lower driven shaft 108 form tape handlers, above-mentioned formation is as shown in Figure 1,5.
Reversing shaft 104 be positioned over bottom right driven shaft 108 and in the middle of lower axle drive shaft 109, in the middle of it, commutator segment 26 is organized in uniform placement more, rotates reversing shaft 104 and can make commutator segment 26 horizontal positioned or slant setting.
Return paper money baffle plate 27 be positioned in lower axle drive shaft 109 belows, and with in the fixing short roller 95 of lower axle drive shaft 109 tangent.
As shown in Figure 1, the right side advances that paper money axle 121, a left side advance paper money axle 122, channel plate 28 is positioned over respectively in the middle of two adapter plates, and its axle is all rotatable.Channel plate 28 is arranged in the middle of lower-left driven shaft 123 and lower driven shaft 120, guide plate 22 belows, and the left and right mirror, to placement, forms a vertical channel respectively.
As shown in Figure 2, lower-left driven wheel 41, upper driven wheel 42, steering gear 43, in lower driven wheel 44, bottom right driven wheel 45, tensioning bearing 46, the right side send paper money gear 47, a left side to send paper money gear 48, drive motor 80, left Timing Belt 35, right Timing Belt 36 homonymies to be positioned over a side of adapter plate 100.Left Timing Belt 35, right Timing Belt 36 are distributed in inboard for single-face tooth-shaped band and profile of tooth.When drive motor 80 rotates counterclockwise, its transmission is as described below
As shown in Figure 3, when drive motor 80 clockwise rotates transmission, left Timing Belt 35 changes the connection right side into and send paper money gear 47, the right side is sent paper money gear 47 and a left side to send paper money gear 48 to be meshed to drive a left side and is sent paper money gear 48 to rotate counterclockwise, all the other type of drive are all constant, just turn to opposite direction while rotating counterclockwise with drive motor 80.
As shown in Figure 7, when the reception banknote send paper money path a to carry out the conveying of banknote along a left side, guide plate 22 hypotenuses are to the upper left side slant setting, and drive motor 80 rotates counterclockwise, and drive its pitch wheel and rotate by left Timing Belt 35, right Timing Belt 36, as shown in Figure 2.Two tangent advance paper money wheel 94 and are clamping individual banknotes and carry in the vertical direction, the guiding of the vertical channel formed through 2 channel plates 28 and guide plate 22 is delivered to banknote in the middle of upper conveyor belt 31 and lower-left belt conveyor 34, under the tension kept upper conveyor belt 31, lower-left belt conveyor 34 at left tensioner arm 21, right tensioner arm 24, tensioning reed 23, upper conveyor belt 31 and lower-left belt conveyor 34 will clamp banknote and along a left side, send the paper money path a direction of arrow to carry banknote.
As shown in Figure 8, when receiving banknote, return paper money path b along a left side while carrying out the conveying of banknote, drive motor 80 clockwise rotates, and drives its pitch wheels and rotate by left Timing Belt 35, right Timing Belt 36, as shown in Figure 3.Under the tension kept upper conveyor belt 31, lower-left belt conveyor 34 at left tensioner arm 21, right tensioner arm 24, tensioning reed 23, upper conveyor belt 31 and lower-left belt conveyor 34 will clamp banknote and return paper money path b direction of arrow horizontal feed banknote along a left side, through commutator segment 26, time paper money baffle plate 27 guiding and the spacing paper money path b direction of arrow that banknote is returned along a left side, carry downwards, now commutator segment 26 goes to obliquity.
As shown in Figure 9, when the reception banknote send paper money path c to carry out the conveying of banknote along the right side, guide plate 22 hypotenuses are to the upper right side slant setting, and drive motor 80 clockwise rotates, and drive its pitch wheel and rotate by left Timing Belt 35, right Timing Belt 36, as shown in Figure 3.Two tangent advance paper money wheel 94 and are clamping individual banknotes and carry in the vertical direction, the guiding of the vertical channel formed through 2 channel plates 28 and guide plate 22 is delivered to upper conveyor belt 31 and middle lower conveyor belt 33 by banknote, in the middle of bottom right belt conveyor 32, at left tensioner arm 21, right tensioner arm 24, tensioning reed 23 keeps upper conveyor belt 31, middle lower conveyor belt 33, under the tension of bottom right belt conveyor 32, during upper conveyor belt 31 coordinates respectively, lower conveyor belt 33 and bottom right belt conveyor 32 are clamping banknote and are sending c direction of arrow conveying banknote in paper money path along the right side, under this state, commutator segment 26 goes to level attitude.
As shown in figure 10, when receiving banknote, return paper money path d along the right side while carrying out the conveying of banknote, drive motor 80 rotates counterclockwise, and drives its pitch wheels and rotate by left Timing Belt 35, right Timing Belt 36, as shown in Figure 2.At left tensioner arm 21, right tensioner arm 24, tensioning reed 23 keeps upper conveyor belt 31, middle lower conveyor belt 33, under the tension of bottom right belt conveyor 32, during upper conveyor belt 31 coordinates respectively, lower conveyor belt 33 and bottom right belt conveyor 32 are clamping banknote and are returning paper money path d direction of arrow horizontal feed banknote along the right side to commutator segment 26 left sides, the top of middle lower conveyor belt 33, then 80 moments of drive motor switch to and clockwise rotate, commutator segment 26 switches to the slant setting state, during upper conveyor belt 31 coordinates respectively, lower conveyor belt 33 and bottom right belt conveyor 32 are clamping banknote and are returning d direction of arrow conveying banknote in paper money path along the right side, through commutator segment 26, returning paper money baffle plate 27 guiding and the spacing paper money path d direction of arrow that banknote is returned along the right side carries downwards.
Although above-mentioned, by reference to the accompanying drawings the specific embodiment of the present utility model is described; but be not the restriction to the utility model protection domain; one of ordinary skill in the art should be understood that; on the basis of the technical solution of the utility model, those skilled in the art do not need to pay various modifications that creative work can make or distortion still in protection domain of the present utility model.
Claims (10)
1. a banknote multiplex device, it is characterized in that, comprise the support frame that the adapter plate placed by two parallel aligned forms, the first half in described support frame is provided with the top tape transport be fixed on support frame, be fixed with the bottom tape handler formed by three groups of tape handlers that level is set up in parallel successively in the latter half, be provided with a vertical channel mechanism between wherein two adjacent groups tape handler in the tape handler of bottom, vertical channel mechanism top is provided with guide plate, is provided with direction reverser between the two adjacent groups tape handler in addition; Coordinate between described top tape transport, direction reverser and bottom tape handler and form successively that a left side is sent the paper money path, leftly gone back to the paper money path, paper money path and the right paper money path of going back to are sent in the right side.
2. device as claimed in claim 1, it is characterized in that, described top tape transport comprise the upper axle drive shaft that be arranged in parallel, upper left tensioning shaft, in upper tensioning shaft, upper right tensioning shaft, upper driven shaft and upper conveyor belt, upper tensioning shaft both sides during upper axle drive shaft and upper driven shaft are symmetricly set in, and upper axle drive shaft, upper driven shaft and in the two ends of upper tensioning shaft all be installed on support frame, in upper tensioning shaft two ends be movably installed in the rectangular draw-in groove of the vertical setting in support frame; In upper tensioning shaft two ends a maintenance is set respectively to its reed of tensioning to down spring; On described upper axle drive shaft, upper driven shaft all cover roller in two group leader's rollers and a group is arranged, middle roller between two group leader's rollers, on upper tensioning shaft cover roller in three groups is arranged; Be positioned on upper axle drive shaft one end in the adapter plate outside driven wheel is installed; Overlap tensioner arm and torsion spring are arranged successively from inside to outside on the upper axle drive shaft in two group leader's roller outsides, upper driven shaft, torsion spring one end is stuck on tensioner arm, and the other end is stuck on adapter plate; Tensioning shaft two ends, upper left are installed on two tensioner arms on axle drive shaft, and tensioning shaft two ends, upper right are installed on two tensioner arm lower ends on driven shaft, on described left and right upper tensioning shaft, all are set with three tension wheels; Totally three of upper conveyor belts, walk around respectively axle drive shaft, upper driven shaft, in corresponding long wheel or middle roller and tension wheel on upper tensioning shaft and left and right upper tensioning shaft.
3. device as claimed in claim 1, it is characterized in that, described bottom tape handler comprises three groups of corresponding left, center, right tape handlers that arrange, be provided with a vertical channel mechanism between left, middle tape handler, vertical channel mechanism top is provided with guide plate, in, be provided with direction reverser between right tape handler.
4. device as claimed in claim 3, it is characterized in that, described left tape handler comprises that two ends all are installed on lower-left axle drive shaft and the lower-left driven shaft be arranged in parallel on adapter plate, be arranged with three groups of short rollers and two groups of dial banknote wheels on the axle drive shaft of described lower-left, wherein two groups of dial banknotes wheel is arranged in a crossed manner between three groups of short rollers, is positioned on lower-left axle drive shaft one end of adapter plate outside and is provided with the lower-left driven wheel; Sheathed three groups of middle rollers corresponding with three groups of short rollers on the axle drive shaft of lower-left on the driven shaft of lower-left; Every two groups of corresponding short rollers are connected by the lower-left belt conveyor with middle roller.
5. device as claimed in claim 3, it is characterized in that, described middle tape handler comprise two ends all be installed on adapter plate, be arranged in parallel in lower driven shaft and in lower axle drive shaft, be arranged with three groups of short rollers on lower axle drive shaft in described, be arranged on lower axle drive shaft one end of adapter plate outside and be provided with down driven wheel; In on lower driven shaft sheathed three groups with in the corresponding middle roller of three groups of short rollers on time axle drive shaft; Every two groups of corresponding short rollers are connected by middle lower conveyor belt with middle roller.
6. device as claimed in claim 5, is characterized in that, described in lower axle drive shaft below be provided with the short roller on its top tangent return the paper money baffle plate.
7. device as claimed in claim 3, it is characterized in that, described right tape handler comprises that two ends all are installed on bottom right axle drive shaft and the bottom right driven shaft be arranged in parallel on adapter plate, be arranged with three groups of short rollers and two groups of dial banknote wheels on the axle drive shaft of described bottom right, wherein two groups of dial banknotes wheel is arranged in a crossed manner between three groups of short rollers, is positioned on lower-left axle drive shaft one end of adapter plate outside and is provided with the bottom right driven wheel; Sheathed three groups of short rollers corresponding with three groups of short rollers on the axle drive shaft of bottom right on the driven shaft of bottom right; Every two groups of corresponding short rollers are connected by the bottom right belt conveyor.
8. device as claimed in claim 1, it is characterized in that, described vertical channel mechanism comprises that two ends all are installed on be arranged in parallel on adapter plate left and right and advance paper money axle and two channel plates, described two channel plates be positioned at left and right advance the paper money axle directly over, and be provided with gap between the channel plate of two Parallel Symmetric settings and form a vertical channel, the top of passage is provided with guide plate; Describedly left and rightly advance on the paper money axle alignment and tangent many group banknote feeding frames arranged, a left and right end that advances the paper money axle is respectively equipped with the left and right be meshed and send the paper money gear.
9. device as claimed in claim 1, is characterized in that, described direction reverser comprises that two ends are installed on the reversing shaft on adapter plate, have been evenly arranged some groups of commutator segments on reversing shaft.
10. device as claimed in claim 1, it is characterized in that, one of them adapter plate arranged outside have lower-left driven wheel, upper driven wheel, steering gear, in lower driven wheel, bottom right driven wheel, tensioning bearing, the right side send paper money gear, a left side to send paper money gear, drive motor, left Timing Belt and right Timing Belt, upper driven wheel and steering gear are meshed, drive motor be arranged in tensioning shaft under, the tensioning bearing is arranged in bottom right driven wheel lateral deviation upper/lower positions; Described left and right Timing Belt is single-face tooth-shaped band and profile of tooth is distributed in inboard;
When drive motor rotates counterclockwise, left Timing Belt meshes and connects respectively a left side and send paper money gear, lower-left driven wheel, steering gear and drive motor by profile of tooth; Right Timing Belt meshes lower driven wheel, bottom right driven wheel, tensioning bearing and drive motor in connection respectively by profile of tooth, and the tensioning bearing is positioned at the outside of right Timing Belt;
When drive motor clockwise rotates, left Timing Belt meshes and connects respectively the right side and send paper money gear, lower-left driven wheel, steering gear and drive motor by profile of tooth; Right Timing Belt meshes lower driven wheel, bottom right driven wheel, tensioning bearing and drive motor in connection respectively by profile of tooth, and the tensioning bearing is positioned at the outside of right Timing Belt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204209445U CN203333006U (en) | 2013-07-04 | 2013-07-04 | Bill multi-path conveying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204209445U CN203333006U (en) | 2013-07-04 | 2013-07-04 | Bill multi-path conveying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203333006U true CN203333006U (en) | 2013-12-11 |
Family
ID=49701698
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013204209445U Withdrawn - After Issue CN203333006U (en) | 2013-07-04 | 2013-07-04 | Bill multi-path conveying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203333006U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103407806A (en) * | 2013-07-04 | 2013-11-27 | 河北工程大学 | Multi-path conveying device for paper money |
| CN104477678A (en) * | 2014-11-28 | 2015-04-01 | 深圳怡化电脑股份有限公司 | Reversing structure for ATM (automatic teller machine) banknote passing channel |
-
2013
- 2013-07-04 CN CN2013204209445U patent/CN203333006U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103407806A (en) * | 2013-07-04 | 2013-11-27 | 河北工程大学 | Multi-path conveying device for paper money |
| CN104477678A (en) * | 2014-11-28 | 2015-04-01 | 深圳怡化电脑股份有限公司 | Reversing structure for ATM (automatic teller machine) banknote passing channel |
| CN104477678B (en) * | 2014-11-28 | 2017-05-03 | 深圳怡化电脑股份有限公司 | Reversing structure for ATM (automatic teller machine) banknote passing channel |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131211 Effective date of abandoning: 20180619 |