CN210776903U

CN210776903U - A arrangement stacks device for bill and paper

Info

Publication number: CN210776903U
Application number: CN201921754317.9U
Authority: CN
Inventors: 杨维松; 宋伟; 翁俊仁; 王仲清; 孙举; 刘国辉
Original assignee: HANGZHOU DONGXIN JIEJUN SCIENCE & TECHNOLOGY CO LTD; Eastern Communication Co Ltd
Current assignee: HANGZHOU DONGXIN JIEJUN SCIENCE & TECHNOLOGY CO LTD; Eastern Communication Co Ltd
Priority date: 2019-10-18
Filing date: 2019-10-18
Publication date: 2020-06-16
Anticipated expiration: 2029-10-18

Abstract

The utility model discloses a finishing of bill and paper stacks device, including being used for conveying and the transmission arrangement portion of arranging in order, being located after the transmission arrangement portion to bill and paper especially foraminiferous bill and the burr paper after scanning or printing, stack the storage portion and be used for connecting transmission arrangement portion and the support of stacking the storage portion to bill and paper especially foraminiferous bill and burr paper that transmission arrangement portion conveying was come.

Description

A arrangement stacks device for bill and paper

Technical Field

The utility model relates to a bill is accomodate the arrangement, especially relates to an arrangement stacks device for bill and paper.

Background

Places with more bills or other paper, such as financial companies, tax affairs, banks, malls, urban public transport companies and the like, need to be checked, sorted and recovered daily, and because the bills are soft in paper quality and have holes for paper feeding and positioning of a printer on two sides of the bills, the bills are curled and two adjacent bills are disordered due to the positioning holes in transmission, so that the effect of sorting and stacking is influenced; for example, a document of chinese patent publication, which discloses a device and a method for collecting and arranging bills, and a bill sorting apparatus, has a publication number CN103955993A, which includes a bill storage body and a bill storage bracket, wherein the bill storage body is fixed on the bill sorting apparatus, and the bill storage bracket is movably mounted in the bill storage body up and down; the receiving fork is connected with the power device, the receiving fork is horizontally and movably arranged on the bill sorting equipment, and the power device is fixed on the bill sorting equipment; the bill bin bracket switching device controls the up-and-down movement of the bill bin bracket and the horizontal movement of the bearing fork. The problem of note curl and two adjacent notes take place the final condition that influences the pile up because the locating hole that appears in the transmission process that paper is softer for the note that punches can not be solved to this type of design to can make the note destroy because the point portion pierces the invoice hole.

Disclosure of Invention

The utility model relates to an overcome current arrangement and stack the device and can't solve the bill that punches and curl and two adjacent bills because the paper is softer and the problem that the bill is piled up or make the bill destroy because sharp portion pierces the invoice hole because the sticky final influence takes place because of the locating hole that even appears in transmission process, provide an arrangement that is used for bill and paper and stack the device, can overcome the soft characteristics of paper in transmission process, avoid punching bill or deckle edge paper take place to buckle, sticky even or destroy in transmission process.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a device is stacked in arrangement for bill and paper, is including being used for conveying and the transmission arrangement portion of arranging in order to bill and paper after scanning or printing especially foraminiferous bill and mao limit paper, be located behind the transmission arrangement portion, stack the storage portion and be used for connecting transmission arrangement portion and stack the support of storage portion that stacks and accomodate bill and paper especially foraminiferous bill and the deckle edge paper that transmission arrangement portion conveyed and come, its characterized in that, transmission arrangement portion includes transmission path, transmission driving motor, transfer wheel, arrangement wheel, transmission path detection sensor and bill conveying detection sensor that targets in place, stack the storage portion including stacking mechanism, receiver, drive mechanism, stacking driving motor, stack mechanism position sensor and stack mechanism position grating. The function of the transfer wheel is to move the bill or sheet in the transport path to deliver the sheet or bill to the finishing wheel. The effect of arrangement wheel is pressed down in the middle part of bill or the paper that will pass through, forms an indentation on the paper, and the indentation can cause the structural deformation of paper to form a strengthening rib in the indentation direction, avoid taking place the buckling along the indentation direction at the follow-up step of bill or paper arrangement, thereby influence the arrangement effect. The stacking and containing part is used for lifting the bills or the paper in the transmission channel into the containing box, so that the bills or the paper cannot be scattered at the outlet of the transmission channel along with the influence of gravity and air flow.

Preferably, the transmission passage of transmission arrangement portion includes entry end and exit end, transfer gear and arrangement wheel set gradually in transmission passage, transmission driving motor passes through mechanical drive mechanism drive transfer gear and arrangement wheel and rotates according to direction and the rotational speed of setting for, transmission passage detection sensor is located the entry end department, the bill conveying detection sensor that targets in place is located the exit end department. The transmission driving motor drives the conveying wheel and the sorting wheel to rotate according to the set direction and the set rotating speed through the mechanical transmission mechanism to convey the bills to the stacking mechanism, the transmission channel detection sensor is used for detecting that the transmission channel enters the bills, the continuous sheets and the paper jam, the bill conveying in-place detection sensor is used for controlling the stacking mechanism to rotate, when the bills are conveyed out from the outlet end of the transmission channel, the bill conveying in-place detection sensor detects signals, and the stacking mechanism is controlled to complete storage. The in-place transmission detection sensor adopts a photoelectric sensor and a prism to cooperate to realize a refraction loop so as to eliminate the influence of bills and paper holes on detection.

Preferably, the stacking mechanism comprises three smooth blades, a blade fixing frame and a rotating shaft, the stacking driving motor drives the stacking mechanism to rotate through the mechanical transmission mechanism, and the stacking mechanism position sensor is located in the mechanical transmission mechanism and controls the rotating angle and the position of the stacking mechanism through matching with a grating in the stacking mechanism. Three smooth blades are evenly arranged on the blade fixing frame in the circumferential direction, the blades have elasticity, and the stacking mechanism can flatten bills or paper stacked last time through the elastic blades when stacking. When the lifted bill leaves the in-place conveying detection sensor, the blade fixing frame rotates by an angle to arrange and stack the bill into the storage box, the stacking mechanism lifts the next bill sent out by the conveying wheel by using the next smooth blade when the previous bill is stacked, the stacking mechanism position sensor is positioned in the mechanical transmission mechanism, and the rotation angle and the position of the stacking mechanism are controlled by matching with the grating in the stacking mechanism. The receiver is equipped with in bill entering direction both sides and stacks direction and stop gear and makes the bill stack neatly.

Preferably, the number of the conveying wheels is four, each conveying wheel comprises a driving wheel and a restraining wheel, the restraining wheels are elastically pressed on the driving wheel and rotate along with the driving wheel, and the inlet end and the outlet end are respectively provided with two groups of conveying wheels. The restraint wheel of the conveying wheel is connected with the driving wheel through elastic pressure. The function of the restraint wheel is to press the bills or paper to the driving wheel when the bills or paper move forward along with the rotation of the conveying wheel, thereby ensuring that the bills move along with the driving wheel and controlling the pressing force of the conveying wheel and the paper.

Preferably, the finishing wheel is positioned at the outlet end and is coaxially connected with the two groups of conveying wheels at the outlet end, the diameter of the finishing wheel is larger than that of the conveying wheels, and the section of the finishing wheel shaft is spindle-shaped. The diameter of the middle part of the ring surface of the finishing wheel is larger, the diameter of the part close to the end surfaces of the two sides is smaller, a convex edge structure is formed in the middle of the ring surface, and when the paper is pressed downwards, larger stress can be formed at the contact part to enable the paper surface to generate an indentation.

Preferably, the number of the stacking mechanisms is two, the stacking mechanisms are symmetrically arranged above the storage box, and the two stacking mechanisms symmetrically rotate inwards through the motor. The blade mount middle part is equipped with the pivot, the motor is connected in the pivot, driving blade mount and three smooth blade and rotating, two blade mount symmetries set up the top both sides at the receiver, rotate in opposite directions, when bill or paper are delivered from transmission channel's exit end department, two smooth blade be in just with export the same level position, bill or paper deliver to smooth blade on, under two smooth blade's lift, fall into the receiver gradually. The stacking mechanism is used for controlling the position change of bills or paper when the bills or the paper fall into the storage box, and the bills or the paper are prevented from being scattered in the process of falling into the storage box.

Preferably, the storage box is provided with stacking guide and limiting mechanisms on two sides of the bill entering direction. The stacking guide and stop mechanism functions to constrain the stack of sheets so that the sheets can maintain edge alignment during stacking.

Therefore, the utility model discloses following beneficial effect has: (1) the middle of the bill paper surface is deformed in the conveying direction in the conveying process, so that the structural strength of the bill paper surface is improved, and the bill paper surface is prevented from being bent in the subsequent process; (2) the single bills can be stacked, and the adhesion, rolling or damage caused by scraping and collision among the bills, particularly among the bills with holes, in the stacking process is avoided.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural diagram of the transmission arranging part of the present invention.

Fig. 3 is a schematic side view of the transmission arrangement portion of the present invention.

Fig. 4 is another schematic side view of the transmission arranging part of the present invention.

Fig. 5 is a schematic view of the stacking mechanism and the storage box of the stacking storage part of the present invention.

Fig. 6 is the utility model discloses stack the storage portion stack driving motor, drive mechanism, stack mechanism position grating and stack mechanism position sensor structure sketch map.

Fig. 7 is the utility model discloses the transmission arrangement and stack and accomodate cooperation structure sketch map.

In the figure: 1. conveying arrangement portion 2, stack receiving portion 3, linking bridge 4, transmission driving motor 5, transmission passage 6, action wheel 7, transmission passage detection sensor transmitting terminal 8, arrangement wheel 9, bill conveying in-place detection sensor transmitting terminal 10, bill conveying in-place detection sensor receiving terminal 11, restraint wheel 12, bill conveying in-place detection prism 13, transmission passage detection sensor receiving terminal 14, stacking mechanism 15, receiving box 16, stacking driving motor 17, gear 18, stacking mechanism position grating 19, stacking mechanism position sensor 20, transmission belt 21, belt wheel 22, bills or paper.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and the detailed description.

Examples

In the embodiment shown in fig. 1, 2, 3, 4, 5, 6 and 7, a stacking device for bills and paper sheets is composed of a transmission and arrangement part 1, a stacking and storage part 2 and a connecting bracket 3, wherein the transmission and arrangement part 1 comprises a transmission driving motor 4, a transmission channel 5, a driving wheel 6, a restraining wheel 11, an arrangement wheel 8, a transmission channel detection sensor transmitting end 7, a transmission channel detection sensor receiving end 13, a bill in-place transmission detection sensor transmitting end 9, a bill in-place transmission detection sensor receiving end 10 and a bill in-place transmission detection prism 12, one end of the transmission channel 5 is an inlet end, the other end is an outlet end, the driving wheel 6, the restraining wheel 11 and the arrangement wheel 8 are sequentially arranged in the transmission channel 5, the transmission driving motor 4 drives the driving wheel 6, the restraining wheel 11 and the arrangement wheel 8 to rotate according to a set direction and a set rotating speed through a mechanical transmission mechanism, the transmitting end 7 of the transmission channel detection sensor is positioned at the inlet end of the transmission channel, the transmitting end 9 of the bill in-place transmission detection sensor, the receiving end 10 of the bill in-place transmission detection sensor and the bill in-place transmission detection prism 12 are positioned at the outlet of the transmission channel 5, the stacking and containing part 2 comprises a stacking mechanism 14, a containing box 15, a gear 17, a transmission belt 20, a belt wheel 21, a stacking driving motor 16, a stacking mechanism position sensor 19 and a stacking mechanism position grating 18, the stacking mechanism 14 consists of three smooth blades, a blade fixing frame and a rotating shaft, and is symmetrically arranged above the containing box 15 and driven by the motor 16 to rotate relatively; the connecting bracket 3 is used for connecting and supporting the conveying and arranging part 1 and the stacking and accommodating part 2.

When a bill or paper 22 enters from the entrance end of the transmission channel 5 and then enters two groups of driving wheels 6 and restraining wheels 11, the driving wheels 6 in each group of driving wheels 6 and restraining wheels 11 are driven by a transmission driving motor 4 to rotate, the restraining wheels 11 are pressed on the driving wheels 6 by elasticity and rotate synchronously with the driving wheels 6 by virtue of friction force, the bill or paper 22 is drawn between the driving wheels 6 and the restraining wheels 11 by virtue of friction and moves forwards under the push of the driving wheels 6 and is gradually delivered to the finishing wheel 8, because the diameter of the outer circle of the finishing wheel 8 is larger than that of the driving wheels 6, the bill or paper 22 is firstly contacted with the annular surface of the finishing wheel 8, the finishing wheel 8 generates a pressing action on the paper surface of the bill or paper 22 in the process of contacting with the bill or paper 22, and after the bill or paper 22 reaches the driving wheels 6 and the restraining wheels 11 at the exit end of the transmission channel 5, the bill or paper 22 is conveyed between the finishing wheel 8, The binding wheels 11 cooperate to form a V-shape to increase the longitudinal strength of the note or sheet 22 to avoid buckling or curling in that direction. When the rear end of the bill or paper 22 leaves the detecting system consisting of the bill in-position detecting sensor emitting end 9, the bill in-position detecting sensor receiving end 10 and the bill in-position detecting prism 12 and falls onto the blade of the stacking mechanism 14, the stacking mechanism 14 rotates by a phase to put the bill or paper 22 into the storage box 15 and lift the next bill or paper 22 by the next blade, thereby realizing the stacking of the bills in a single piece and avoiding the adhesion, the rolling or the damage caused by the scraping and the collision among the bills, particularly among the bills with holes 22, in the stacking process. The stacking mechanism 14 simultaneously smoothes the notes or sheets 22 with the blades during stacking, resulting in a more orderly stack of notes and sheets.

Claims

1. The utility model provides a device is stacked in arrangement for bill and paper, is including being used for conveying and the transmission arrangement portion of arranging in order to bill and paper after scanning or printing especially foraminiferous bill and mao limit paper, be located behind the transmission arrangement portion, stack the storage portion and be used for connecting transmission arrangement portion and stack the support of storage portion that stacks and accomodate bill and paper especially foraminiferous bill and the deckle edge paper that transmission arrangement portion conveyed and come, its characterized in that, transmission arrangement portion includes transmission path, transmission driving motor, transfer wheel, arrangement wheel, transmission path detection sensor and bill conveying detection sensor that targets in place, stack the storage portion including stacking mechanism, receiver, drive mechanism, stacking driving motor, stack mechanism position sensor and stack mechanism position grating.

2. A sorting and stacking apparatus for bills and paper sheets as claimed in claim 1, wherein the conveying path of the conveying and sorting section includes an inlet end and an outlet end, the conveying wheel and the sorting wheel are sequentially disposed in the conveying path, the conveying driving motor drives the conveying wheel and the sorting wheel to rotate in a set direction and at a set rotation speed through the mechanical transmission mechanism, the detecting sensor of the conveying path is located at the inlet end, and the detecting sensor of the bill conveying position is located at the outlet end.

3. The arranging and stacking device for the bills and the paper as claimed in claim 1, wherein the stacking mechanism comprises three smooth blades, a blade fixing frame and a rotating shaft, the stacking driving motor drives the stacking mechanism to rotate through a mechanical transmission mechanism, and the stacking mechanism position sensor is arranged in the mechanical transmission mechanism and controls the rotating angle and the position of the stacking mechanism through cooperation with a grating in the stacking mechanism.

4. A collating and stacking apparatus for bills and papers according to claim 2, wherein said transfer wheels are four in number, each of said transfer wheels includes a driving wheel and a regulating wheel, said regulating wheel is elastically pressed against said driving wheel to rotate therewith, and two sets of transfer wheels are provided at said entrance end and said exit end, respectively.

5. A finishing and stacking device for notes and papers as claimed in claim 2, in which the finishing wheels are located at the exit end and are coaxially connected to two sets of transport wheels at the exit end, the diameter of the finishing wheels being greater than the diameter of the transport wheels, the cross-section of the finishing wheels being spindle-shaped.

6. The stacking device for bills and paper as claimed in claim 1, wherein the stacking means is two in number, the stacking means is symmetrically disposed above the storage box, and the two stacking means are symmetrically rotated inward by a motor.

7. A collating and stacking apparatus for bills and papers according to any one of claims 1 to 6, wherein said storage box is provided with stacking guide and limit mechanisms on both sides in a bill entering direction.