CN104192337A - Double-channel intelligent paper money packaging line system - Google Patents

Abstract

A double-channel intelligent paper money packaging line system comprises sorting and binding machines, stamping mechanisms, lifting mechanisms, up-and-down flow dividing mechanisms, a conveying channel A, a conveying channel B, a double stacking, bundling and plastic packing mechanism and a control system for controlling all the mechanisms to act, wherein the conveying channel A and the conveying channel B are arranged in an up-and-down mode. After binding is conducted on paper money by the sorting and binding machines, the stamping mechanisms conducts stamping on the paper money, the stamped paper money is conveyed to the up-and-down flow dividing mechanisms through the lifting mechanisms, the up-and-down flow diving mechanisms push the divided paper money onto the conveying channel A and the conveying channel B respectively, and the double stacking, bundling and plastic packing mechanism conducts bundling and plastic packing on the paper money. Mechanical operation is adopted in the double-channel intelligent paper money packaging line system, sorting and binding and automatic stamping are conducted on the paper money, distinguishing and flow dividing are conducted on ATM rolls and circulation rolls, the upper channel and the lower channel are used for conducting conveying at the same time, bundling is conducted on the ATM rolls in the double stacking, bundling and plastic packing mechanism, however, plastic packing is not conducted on the ATM rolls in the double stacking, bundling and plastic packing mechanism, and bundling and plastic packing are conducted on the circulation rolls in the double stacking, bundling and plastic packing mechanism.

Description

Dual-channel banknote intelligent envelope line system

technical field

The invention relates to the field of financial machinery and equipment, in particular to a dual-channel banknote intelligent envelope line system for banks and financial institutions.

Background technique

With the development of the national economy, industrial automation technology has been widely used in the financial equipment industry, such as self-service receipt cabinets, sorting machines, automatic banknote binding machines, and automatic binding machines. The application of these technologies has greatly reduced labor costs and improved It has improved work efficiency and made great contributions to the financial system. With the continuous development of the social economy and the deepening of foreign trade, although the financial industry, large-scale businesses, and banking institutions try their best to promote electronic transactions, bulk banknote transactions are still inevitable. The issuance and circulation of banknotes are increasing. The banking system The processing of banknotes has become very heavy. Every day, a large amount of RMB is waiting for banknote inspection, counting, sorting, sorting, and binding. These tasks have high quality requirements. In order to reduce the labor intensity of financial system staff, a more Practical, reasonable and reliable financial instruments have become very important.

At present, the banknote sorting center of the financial system manually sorts the banknotes after sorting and sorting the circulation rolls and ATM rolls. Enter the semi-automatic banknote binding machine for binding. This method adopts purely manual operation, that is, it cannot complete the automatic stacking function of banknotes and cannot realize the assembly line operation. It has the following disadvantages: 1. Low efficiency, large amount of labor, and direct contact with banknotes by personnel, there are certain potential safety hazards; 2. The front-end banknote sorting equipment and the back-end packaging equipment cannot realize automated assembly line operations; 3. ATM rolls and circulation rolls cannot be automatically differentiated and stacked, and automatically enter the binding machine for binding and packaging.

As the national financial system reforms the original packing method and packing standard of banknotes, and puts forward higher packing requirements, the banknote sorting center sorts the returned banknotes to realize automatic banknote sorting, Bundling, stamping, palletizing, and bundling, as well as differentiated bundling of circulation rolls and ATM rolls of banknotes, in addition to automatic sorting and binding machines, automated assembly lines and corresponding double-stacking automatic strapping machines are also required. The equipment occupies a small area and has a strong processing capacity. Therefore, a double-palletizing automatic strapping machine for differentiated palletizing and bundling of ATM rolls and circulation rolls is a must-have new product for the banknote sorting center of the financial system.

For the financial service industry that increasingly needs automation and intelligent development, it is very critical to provide a technical solution that can realize automatic palletizing and bundling of ATM volumes and circulation volumes on the same packaging equipment, which can be reasonably Avoid the defects of manual banknote bundling. The dual-palletizing automatic binding machine can directly differentiate the stacking of circulation rolls and ATM rolls and carry out automatic binding. Therefore, it is necessary to connect with the automatic sorting and binding machine, which can realize the bundling of ATM rolls and circulation rolls on the same machine. A new type of technical equipment that completes automatic palletizing and bundling on the packaging equipment. In addition, there has been a lot of research and development on the banknote inspection, banknote counting, sorting and binding of banknotes, and most of the energy has been devoted to banknote counting and binding, and little attention has been paid to the automatic stamping of banknotes. Generally, stamping requires manual labor. Operation, manual stamping is inefficient and labor-intensive, so it is necessary to invent a banknote intelligent envelope line system for stamping banknotes.

With the continuous deepening of reform and development of the financial industry, in order to reduce labor costs, increase the degree of automation, prolong the service life of banknotes, and improve the security and intelligent processing system of the banknote processing center, the banknote printing factory and the bank have more and more demands. more urgent. A packaging equipment that can integrate automatic packaging and automatic plastic sealing is a very critical technical solution. Since the financial system has higher and higher requirements for the quality and stability of the equipment, the equipment must meet the standard requirements. Therefore, , the relevant designers need further serious research and development.

To sum up, there is a need for a multi-functional banknote binding machine, which can realize automatic assembly line or be used independently. The two modes of stand-alone machine and assembly line can be set through the control system. There is an urgent need for a banknote intelligent sealing line system with a wider range of applications.

Contents of the invention

Aiming at the deficiencies of the existing technology, the technical problem to be solved by the present invention is to provide a dual-channel banknote intelligent sealing line system, which can simultaneously sort banknotes, seal them, divide them up and down, pack them, and seal them in plastic, with a high level of automation. high.

In order to solve the above technical problems, the present invention can be realized through the following technical measures: a dual-channel banknote intelligent envelope wrapping system, including a banknote sorting and binding machine, a stamping mechanism, a lifting mechanism, an upper and lower diverting mechanism, two upper and lower The conveying channel A and conveying channel B, the double-stacking bag plastic sealing mechanism and the control system for controlling the actions of each mechanism are set. The banknote sorting and binding machine, the stamping mechanism, the lifting mechanism and the upper and lower diversion mechanisms form a whole, and are evenly distributed in the transportation direction of the conveying channel A and the conveying channel B; after the banknotes are bound by the sorting and binding machine, The stamping mechanism stamps the banknotes, and the stamped banknotes are transported to the upper and lower diversion mechanisms through the lifting mechanism, and the upper and lower diversion mechanisms push the diverted banknotes into the conveying channel A and the conveying channel B respectively; The double-stacking bundle plastic-sealing mechanism is located at the end of the conveying channel A and the conveying channel B, and the conveying channel A and the conveying channel B send banknotes into the double-palletizing bundle plastic-sealing mechanism through two banknote inlets. The banknotes of the double-stacking packing and plastic-sealing mechanism are bundled and plastic-sealed.

As an improvement of the above technical solution, the stamping mechanism includes a receiving and conveying mechanism, a double-sided stamping mechanism located above the receiving and conveying mechanism, a blocking cylinder for blocking banknotes below the double-sided stamping mechanism, and a banknote Compressed first banknote pressing cylinder, the receiving and conveying mechanism includes two conveying side plates arranged in parallel, a conveying belt and a transition plate located between the conveying side plates, and a first drive for driving the conveying belt to move mechanism, the transition plate is lower than the surface of the conveying belt; the blocking cylinder is installed below the conveying side plate, and the first banknote pressing cylinder is fixed above the conveying belt through the cylinder fixing bracket, so The cylinder fixing bracket is installed on the conveying side plate, and the first banknote pressing plate for pressing banknotes is installed on the cylinder shaft of the first banknote pressing cylinder.

As an improvement of the above technical solution, the lifting mechanism includes opposite side plates, a lifting belt located between the side plates, and a second drive mechanism for driving the lifting belt, and the side plates include inclined side plates and the horizontal side plate, the seamless connection between the inclined side plate and the horizontal side plate, the lifting block for lifting the banknote is installed on the lifting belt, and the inclined side plate next to the lifting block is equipped with a detection banknote whether Enter the signal detection device of the lifting block; the banknote enters the lifting block, triggers the signal detection device, the control system controls the second drive mechanism to drive the lifting belt to stop for a circle, and waits for the next banknote to enter again on the lifting block.

Preferably, the upper and lower diversion mechanism includes a bracket, a banknote receiving basket positioned above the bracket, a fixed plate that can move up and down in the banknote receiving basket, and a banknote receiving cylinder located below the fixed plate. The basket is located next to the delivery channel A and delivery channel B arranged up and down, the cylinder rod of the banknote receiving cylinder is fixedly connected with the fixed plate, and the cylinder body of the banknote receiving cylinder is installed on the support; A and one side of the banknote receiving basket that is higher than the conveying passage A is provided with a second banknote pushing cylinder, and the second banknote pushing cylinder is fixed on the fixed plate, and under the action of the control system, the banknote receiving cylinder The cylinder moves the fixed plate to the banknote pushing port of the conveying passage A or conveying passage B, and the second banknote pushing plate of the second banknote pushing cylinder pushes the banknotes on the fixed plate into the conveying passage A or conveying passage B.

Further, the plastic-sealing mechanism for double-stacked bundles includes a machine frame, a film roll mechanism A, a banknote pressing and binding mechanism, a direct push mechanism, a feeding conveying unit, a plastic sealing film mechanism, a shaping mechanism, a discharging conveying unit, and a heat shrinking furnace Mechanism, printing unit, film roll mechanism B, material receiving mechanism, side push mechanism, sealing mechanism, palletizing mechanism A, palletizing mechanism B;

The film roll mechanism A is located on the upper layer of the direct push mechanism, and the side push mechanism is located on the upper layer of the stacking mechanism B, and is arranged in parallel with the front and rear of the direct push mechanism; The direct pushing mechanism is fixed on the frame, the banknote pressing and binding mechanism is arranged in parallel with the direct pushing mechanism, and the described banknote binding and binding mechanism is located on the left side of the direct pushing mechanism, and the banknote pressing and binding mechanism is connected to the left side of the direct pushing mechanism. The direct pushing mechanism is located on the upper layer of the stacking mechanism A; the stacking mechanism A and the stacking mechanism B are all connected with the banknote pressing and binding mechanism;

The sealing mechanism is located in the middle of the plastic sealing film mechanism and the material receiving mechanism, and the heat shrinkable furnace mechanism is located behind the sealing mechanism; the sealing mechanism is fixed on the frame through a bracket, and is located between the shaping mechanism and Between receiving institutions. The shaping mechanism separates the upper and lower layers of the plastic sealing film through the upper and lower partitions, and the banknotes can just enter the plastic sealing film. The third banknote pushing cylinder is provided in the shaping mechanism, and the third banknote pushing cylinder pushes the banknotes into the sealing mechanism ;

The printing unit is a thermal transfer printer; the film roll mechanism B is located below the discharge conveying unit and fixed on the lower left side of the frame; the palletizing mechanism A and the palletizing mechanism B pass through the bottom plate fixed on the frame, respectively docked with the feeding conveying unit, the palletizing mechanism A and the palletizing mechanism B are arranged in parallel and are located on the lower layer of the frame;

The discharge delivery unit is located on the left side of the banknote pressing and binding mechanism, and is installed on the frame through a bracket; the control system is connected with the direct pushing mechanism, film roll mechanism A, banknote pressing and binding mechanism, shaping mechanism, The heat shrinking furnace mechanism, the printing unit, the film roll mechanism B, the material receiving mechanism, the sealing mechanism, the side pushing mechanism, the palletizing mechanism A and the palletizing mechanism B are electrically connected.

As a preferred embodiment of the dual-channel banknote intelligent envelope line system of the present invention, the cylinder fixing bracket includes a column mounted on the conveying side plate, and a cylinder mounting plate fixed between the columns, and the first press The banknote cylinder is installed on the cylinder mounting plate; the double-sided stamping mechanism includes a stamping driving cylinder, a first personal name stamp and a second personal name stamp connected with the guide rods on both sides of the stamping driving cylinder. The seal driving cylinder is installed on the cylinder mounting plate and is located on the left side of the first banknote pressing cylinder; the first personal name stamp and the second personal name stamp pass through the first fixed seat and the second fixed seat respectively It is connected with the guide rods on both sides of the seal driving cylinder, and the first personal name badge and the second personal name badge are fixed with the first fixed seat and the second fixed seat through positioning pins.

As an improvement of the above technical solution, guide rods are provided on both sides of the banknote receiving cylinder, one end of the guide rod is connected to the fixed plate, and the other end is installed on the bracket through a linear bearing; it also includes a second drive motor, the The second drive motor is connected to the drive wheel, and the drive wheel drives the channel B driving wheel to rotate through the belt B, and the channel B driving wheel drives the conveyor belt in the conveying channel B to move; the channel B driving wheel drives the channel A through the belt A The driving wheel rotates, and the channel A driving wheel drives the conveyor belt in the conveying channel A to move.

Preferably, the banknote pressing and binding mechanism includes an upper heat sealing cylinder, an upper heat sealing knife, a second banknote pressing plate, a second banknote pressing cylinder, a lower heat sealing knife, a lower heat sealing cylinder, a heat sealing platform and a cylinder support; The above heat-sealing knife is fixed on the upper heat-sealing cylinder, the second banknote pressing plate is fixed on the second banknote pressing cylinder, and the upper heat-sealing cylinder and the second banknote pressing cylinder are fixed side by side on the On the cylinder support, the second banknote pressing cylinder is located on the left side of the upper heat-sealing cylinder, and the second banknote pressing plate is at the same height as the upper heat-sealing knife; the cylinder support is vertically connected to the heat-sealing platform, The heat-sealing platform is fixed on the frame, arranged in parallel with the direct push platform, and is located on the left side of the direct push platform; the lower heat-sealing knife is fixed on the lower heat-sealing cylinder, so that The lower heat-sealing cylinder is fixed under the heat-sealing platform through a bracket, and the lower heat-sealing knife is a heating knife, which is vertically aligned with the upper heat-sealing knife.

In one embodiment of the present invention, a workbench is provided next to each banknote sorting and binding machine. When the banknote sorting and binding machine is not used, sorting and binding can be performed manually.

Implementing the technical solution of the present invention has the following beneficial effects: the dual-channel banknote intelligent envelope wrapping system of the present invention adopts mechanized operation, sorts and binds banknotes, automatically stamps them, and distinguishes and shunts ATM rolls and circulation rolls, and divides them into The upper and lower channels are conveyed at the same time, and the ATM rolls are bundled without plastic sealing in the double-stacking baling and plastic sealing mechanism, and the circulation rolls are bundled and plastic-sealed. The stamping mechanism of the present invention performs double-sided stamping on the banknotes after sorting and binding, which improves the work efficiency of banknote stamping. The receiving and conveying mechanism of the present invention is arranged horizontally. The stamp driving cylinder performs stamping in the horizontal direction from both sides of the banknote, and uses the blocking cylinder and the first banknote pressing cylinder to block the banknotes under the double-sided stamping mechanism and press the banknotes tightly, ensuring the stability of the stamping and the reliability of the stamping. Reliability, meanwhile, the stamping mechanism of the present invention can also stamp one side of banknotes; the lifting mechanism of the present invention is arranged between the stamping mechanism and the upper and lower diversion mechanisms, and automatically transports the stamped banknotes to the upper and lower diversion mechanisms, so that The banknotes are shunted, and a signal detection device is installed on the inclined side plate next to the lifting block. When the banknotes enter the lifting block, the signal detection device is triggered. The signal detection device sends a signal to the control system, and the control system controls the second driving mechanism to drive the The lifting belt rotates to send the banknotes to the upper and lower diverting mechanism, and stops for a week after the rotation, waiting for the next handful of banknotes to be transported, and can accurately lift each banknote into the upper and lower diverting mechanism. The rolls are divided, and the fixed plate and guide rod are used to realize the smooth movement of banknotes in the banknote receiving basket. The control system is used to control the movements of the banknote receiving cylinder and the second banknote pushing cylinder, and the circulation roll and ATM roll are pushed into the basket respectively. Into the conveying channel A or conveying channel B to realize the diversion action of banknotes. A double-stacking bale plastic sealing mechanism is set at the end of the conveying channel A and conveying channel B, and the circulation rolls and ATM rolls in the conveying channel A and conveying channel B enter the double-stacking bale plastic sealing mechanism through two banknote inlets, which can Realize that the ATM rolls can not enter the plastic-sealed shrink bales, but only be stacked and bundled. Through the control of the control system, the equipment will automatically send the stacked and bundled circulation rolls to the sealing mechanism for plastic film sealing, and then send them to the heat-shrinking furnace mechanism for shrinking. The equipment automatically outputs the stacked and bundled ATM rolls directly, and the double-palletized bundling plastic sealing mechanism of the present invention is also equipped with a thermal transfer printing mechanism to realize automatic printing of bank information on the bundling film.

The above description is only an overview of the technical solution of the present invention. In order to better understand the technical means of the present invention, it can be implemented according to the contents of the description, and in order to make the above and other purposes, features and advantages of the present invention more obvious and understandable , below in conjunction with the preferred embodiment, and with the accompanying drawings, the detailed description is as follows.

Description of drawings

The present invention will be further described by using the accompanying drawings, but the embodiments in the accompanying drawings do not constitute any limitation to the present invention.

Fig. 1 is a schematic structural view of a preferred embodiment of the dual-channel banknote intelligent envelope wrapping system of the present invention.

Fig. 2 is a schematic structural diagram of the stamping mechanism of the dual-channel banknote intelligent envelope line system according to the preferred embodiment of the present invention.

FIG. 3 is a top view structural diagram of FIG. 2 .

Fig. 4 is a schematic structural diagram of the lifting mechanism of the dual-channel banknote intelligent envelope line system according to the preferred embodiment of the present invention.

Fig. 5 is a left view structural diagram of Fig. 4 .

Fig. 6 is a schematic structural diagram of the upper and lower flow diversion mechanism of the dual-channel banknote intelligent envelope line system according to the preferred embodiment of the present invention.

FIG. 7 is a schematic side view of the structure of FIG. 6 .

Fig. 8 is a schematic structural view of the dual-palletizing, packaging and plastic-sealing mechanism of the dual-channel banknote intelligent sealing line system according to the preferred embodiment of the present invention.

FIG. 9 is a schematic view of the right structure of FIG. 8 .

Fig. 10 is a schematic structural view of a banknote pressing and binding mechanism in a preferred embodiment of the present invention.

Fig. 11 is a schematic structural view of a plastic film mechanism in a preferred embodiment of the present invention.

Fig. 12 is a schematic structural view of a heat shrinking furnace mechanism in a preferred embodiment of the present invention.

Detailed ways

The specific implementation of the present invention will be described in detail below in conjunction with the accompanying drawings. As a part of this specification, the principles of the present invention will be described through examples. Other aspects, features and advantages of the present invention will become clear through the detailed description. In the referenced drawings, the same reference numerals are used for the same or similar components in different drawings. In order to make the present invention easier to understand, specific embodiments of the present invention will be further described below. the

As shown in Figure 1, a kind of dual-channel banknote intelligent sealing line system of the present invention is tied by a banknote sorting and binding machine 100. After the banknotes are sorted and bound, the stamping mechanism 200 stamps the banknotes, and will The stamped banknotes are transported to the upper and lower diverting mechanism 400 through the lifting mechanism 300, and then the banknotes enter the two upper and lower conveying channels A600 and B610 respectively after being diverted, and then the banknotes enter the double-stacking packaging plastic sealing mechanism 500, The double-stacking, packing and plastic-sealing mechanism 500 packs the banknotes and plastic-seals the banknotes that need to be plastic-sealed.

During specific implementation, the preferred embodiment of the dual-channel banknote intelligent envelope line system of the present invention includes a banknote sorting and binding machine 100, a stamping mechanism 200, a lifting mechanism 300, an upper and lower diverting mechanism 400, and two conveying channels arranged up and down in sequence. A600 and conveying channel B610, double stacking bale plastic sealing mechanism 500 and the control system for controlling the action of each mechanism, each banknote sorting and binding machine 100 is equipped with a stamping mechanism 200, a lifting mechanism 300 and an upper and lower flow diversion mechanism 400, The banknote sorting and binding machine 100, the stamping mechanism 200, the lifting mechanism 300 and the upper and lower flow diversion mechanism 400 form a whole, and are evenly distributed in the transport direction of the conveying passage A600 and the conveying passage B610; After the machine 100 binds the handle, the stamping mechanism 200 stamps the banknotes, and the stamped banknotes are transported to the upper and lower diversion mechanisms 400 by the lifting mechanism 300, and the upper and lower diversion mechanisms 400 push the diverted banknotes into the conveying mechanism 400 respectively. On the channel A600 and the delivery channel B610; the double stacking package plastic sealing mechanism 500 is located at the end of the delivery channel A600 and the delivery channel B610, and the delivery channel A600 and the delivery channel B610 send banknotes into the Packing and plastic sealing are carried out in the double-stacking bale plastic sealing mechanism 500 described above. Preferably, a workbench 700 is provided next to each banknote sorting and binding machine 100. When the banknote sorting and binding machine 100 is not used, sorting and binding can be performed manually. The present invention mainly distinguishes ATM rolls and circulation rolls in banknotes, and transports the ATM rolls and circulation rolls through the upper and lower channels at the same time, and packs and plastic-seals the ATM rolls in the double-stacking packing plastic-sealing mechanism 500 , Conveyor roll bales and plastic seals.

Wherein, as shown in Figures 2 and 3, the stamping mechanism 200 includes a receiving and conveying mechanism 210, a double-sided stamping mechanism 220 located above the receiving and conveying mechanism 210, which blocks banknotes in the double-sided stamping mechanism. The blocking cylinder 230 below 220, and the first banknote pressing cylinder 240 that presses the banknotes tightly, there is a certain distance between the double-sided stamping mechanism 220 and the belt surface of the conveying mechanism 210, and a handful of banknotes and banknotes can pass through. After sorting and binding, it will automatically slide down to the receiving conveying mechanism 210, and then transported to the double-sided stamping mechanism 220 under the drive of the receiving conveying mechanism 210. The blocking cylinder 230 first stops the banknotes, and the first banknote pressing cylinder 240 presses the banknotes. Compress, and then the double-sided stamping mechanism 220 automatically stamps the banknotes from both sides of the banknotes. After the stamping is completed, the blocking cylinder 230 releases, and then waits for the next handful of banknotes. The receiving and conveying mechanism 210 includes two parallel conveying side plates 211, a conveying belt 212 and a transition plate 213 located between the conveying side plates 211, and a first driving mechanism 214 for driving the conveying belt 212 to move, The transition plate 213 is installed at the end of the conveying belt 212 , and the transition plate 213 is lower than the surface of the conveying belt 212 , so that banknotes enter from the conveying belt 212 onto the transition plate 213 . Preferably, the first driving mechanism 214 includes a first conveying motor, a driving wheel connected to the first conveying motor, and a driven wheel connected to the driving wheel through a belt, and the first conveying motor is installed through a motor The plate 215 is installed under the conveying side plate 211 , and the first driving mechanism 214 is located under the conveying belt 212 , which does not affect the delivery of banknotes by the accepting conveying mechanism 210 .

The blocking cylinder 230 is installed below the conveying side plate 211 and is located at the end of the conveying belt 212. When the banknote will run to the end of the conveying belt 212, the cylinder rod of the blocking cylinder 230 will stretch out to block the banknote. Below the double-sided stamping mechanism 220. The first banknote pressing cylinder 240 is fixed above the conveyor belt 212 by a cylinder fixing bracket 250, the cylinder fixing bracket 250 is installed on the delivery side plate 211, and the cylinder shaft of the first banknote pressing cylinder 240 The first banknote pressing plate 241 that is used to compress banknotes is installed on the top, when the blocking cylinder 230 stops the banknotes under the double-sided stamping mechanism 220, the cylinder shaft of the first banknote pressing cylinder 240 stretches out, and the cylinder shaft of the first banknote pressing cylinder 240 is stretched out. The banknote plate 241 presses the banknotes tightly so that the double-sided stamping mechanism 220 can seal the banknotes.

Further, the cylinder fixing bracket 250 includes a column 251 installed on the conveying side plate 211, and a cylinder mounting plate 252 fixed between the columns 251, and the first banknote press cylinder 240 is installed on the On the cylinder mounting plate 252 , that is, the first banknote pressing cylinder 240 is located above the conveying belt 212 , which is convenient for the first banknote pressing cylinder 240 to press the banknotes directly from above the banknotes. The double-sided stamping mechanism 220 includes a stamping driving cylinder 221, a first personal name stamp 222 and a second personal name stamp 223 connected to the guide rods on both sides of the stamping driving cylinder 221, preferably, the stamping The driving cylinder 221 is a wide air claw with guide rods on both sides, which can be tightened or loosened at the same time. The first name badge 222 and the second name badge 223 are respectively connected to the first holder and the second holder through the first holder and the second holder. The guide rods on both sides of the seal driving cylinder 221 are connected, wherein, the first name badge 222 and the second name badge 223 are fixed with the first fixing seat and the second fixing seat by positioning pins, when the first name badge 222 and the second name badge 223 need to be replaced or need to be dipped in ink, just pull out the positioning pin from the first fixing seat and the second fixing seat, and the first name badge 222 and the second name badge 223 can be taken off, The installation and disassembly are convenient and fast. In addition, when only one side of the banknote needs to be sealed, the first person's name stamp 222 or the second person's name stamp 223 can be canceled to realize one side of the stamp; when the first person's name stamp 222 and the second person's name stamp 223 The second person's name badge 223 is installed on the both sides guide rods of the stamp driving cylinder 221 by the positioning pin, the first fixed seat and the second fixed seat, so that double-sided stamping can be realized, and it is flexible and convenient to banknote stamping. Preferably, the stamp driving cylinder 221 is installed on the cylinder mounting plate 252 , set opposite to the first banknote press cylinder 240 , and located on the left side of the first banknote press cylinder 240 . In addition, the first banknote pushing cylinder 260 that pushes banknotes out of the transition plate 213 is installed on the conveying side plate 211 on one side above the transition plate 213, and the cylinder shaft of the first banknote pushing cylinder 260 is installed with The first banknote pushing plate 261, when the banknote is stamped, the blocking cylinder 230 releases, the banknote enters the transition plate 213 from the conveying belt 212, and the first banknote pushing cylinder 260 pushes the banknote out of the transition plate through the first banknote pushing plate 261 213, enter the lifting mechanism 300. Preferably, above the tail end of the transition plate 213, a first signal switch 270 is provided to control the action of the first banknote pushing cylinder 260. The first signal switch 270 is used to detect whether the banknote enters the transition plate 213. When the banknote is stamped After entering the transition plate 213, and trigger the first signal switch 270, the cylinder shaft of the first banknote pushing cylinder 260 stretches out, driving the first banknote pushing plate 261 to push the banknote into the lifting mechanism 300 of the banknote.

When using the stamping mechanism 200 of the double-channel banknote intelligent envelope line system of the present invention, after the banknote sorting and binding machine 100 has finished sorting and binding the banknotes, the banknotes will automatically slide down to the receiving and conveying mechanism 210, and the column 251 is first installed on the On the conveying side plate 211, the cylinder mounting plate 252 is fixed between the columns 251, and then the first banknote press cylinder 240 is installed on the cylinder mounting plate 252, and at the same time, on the other side of the cylinder mounting plate 252, the seal is driven The cylinder 221 is fixed on the cylinder mounting plate 252, and the first name badge 222 and the second name badge 223 are installed on the guide rods on both sides of the seal driving cylinder 221 through the positioning pin, the first fixing seat and the second fixing seat. , and ensure that there is a certain distance between the double-sided stamping mechanism 220 and the conveying belt surface of the conveying mechanism 210, so that a handful of banknotes can pass through. When banknotes are fed into the conveying belt 212 of the conveying mechanism 210, start the first conveying motor positioned under the conveying side plate 211, the first conveying motor drives the conveying belt 212 to move, and then the conveying belt 212 drives the banknotes to move forward. When the banknote moves below the double-sided stamping mechanism 220, the cylinder rod of the blocking cylinder 230 stretches out, and the banknote is blocked under the double-sided stamping mechanism 220, and then the first banknote pressing cylinder 240 passes through the first banknote pressing cylinder on the cylinder shaft. The plate 241 presses the banknote tightly, and the guide rods on both sides of the double-sided stamping cylinder 220 move to drive the first person's name stamp 222 and the second person's name stamp 223 to seal the banknote from both sides of the banknote. The cylinder rod of the cylinder 230 is retracted to allow the banknote to continue to move forward. When the banknote enters the transition plate 213 from the conveying belt 212, the front end of the banknote triggers the first signal switch 270, and the cylinder shaft of the first banknote pushing cylinder 260 stretches out to drive The first banknote pushing plate 261 pushes the banknote into the banknote lifting mechanism 300 . When the first person's name badge 222 and the second person's name badge 223 need to be replaced or need to be dipped in ink, only the positioning pin is pulled out from the first fixing seat and the second fixing seat, and the first person's name badge 222 and the second person's name badge can be inserted The two person's name stamp 223 is removed, and the installation and disassembly are convenient and fast. In addition, when only one side of the banknote needs to be stamped, the first person's name stamp 222 or the second person's name stamp 223 can be cancelled, and one side can be stamped. The first person's name badge 222 and the second person's name badge 223 are installed on the guide rods on both sides of the stamp driving cylinder 221 by positioning pins, the first fixed seat and the second fixed seat, so that double-sided stamping can be realized, and the banknotes can be covered. Chapter flexible and convenient. The dual-channel banknote intelligent envelope line system of the present invention performs double-sided stamping on banknotes, which improves the work efficiency of banknote stamping. The receiving and conveying mechanism 210 of the present invention is arranged horizontally. Drive the cylinder 221 to seal the horizontal direction from both sides of the banknote, and use the blocking cylinder 230 and the first banknote pressing cylinder 240 to block the banknote under the double-sided stamping mechanism 220 and press the banknote tightly to ensure the stability and stability of the seal. Stamping reliability; and adopt the first banknote pushing cylinder 260 to push out the stamped banknotes from the transition plate 213 and enter the lifting mechanism 300, which plays a connecting role in the entire operating system of the banknotes.

Preferably, as shown in FIG. 4 and FIG. 5 , the lifting mechanism 300 of the present invention includes opposite side plates 310 , a lifting belt 320 located between the side plates 310 , and a second drive for driving the lifting belt to move. Mechanism 330, the side plate 310 includes an inclined side plate 311 and a horizontal side plate 312, the seamless connection between the inclined side plate 311 and the horizontal side plate 312, the connection between the inclined side plate 311 and the horizontal side plate 312 The angle range is 0-90 degrees, and the angle of the inclined side plate 311 of the lifting mechanism 300 of the present invention is adjusted according to the height of the paper money outlet of the banknote sorting and binding machine and the upper and lower flow distribution mechanism 400, and the adjustment range is 0-90 degrees. A lifting block 340 for lifting banknotes is installed on the lifting belt 320. Preferably, the lifting block 340 is two pieces, which are installed in parallel on the lifting belt 320. The lifting block 340 between the two pieces The distance is smaller than the length of the banknotes, so that the banknotes can be transported more stably to the upper and lower flow mechanism 400. The inclined side plate 311 next to the lifting block 340 is provided with a signal detection device 350 for detecting whether the banknotes enter the lifting block 340. The control system controls the second driving mechanism 330 to drive the lifting belt 320 to stop after one rotation, the banknotes enter the lifting block 340, trigger the signal detection device 350, and the signal detection device 350 sends a signal to the control system, and the control system Control the second drive mechanism 330 to drive the lifting belt 320 to stop for one rotation. During the rotation of the lifting belt 320, the banknotes are lifted to the upper and lower flow distribution mechanism 400. After the lifting belt 320 rotates for one rotation and stops, the next hand of banknotes is waited for again. Access to the lifting block 340. The second driving mechanism 330 includes a first driving motor 331, a driving wheel connected to the first driving motor 331, and a driven wheel 333 connected to the driving wheel through a belt 332, and the first driving motor 331 passes The motor mounting plate 360 is fixed at the junction of the inclined side plate 311 and the horizontal side plate 312 . The first driving motor 331 is controlled by the control system. When the banknotes are lifted each time, the first driving motor 331 starts to start after receiving a signal, and drives the driven wheel 333 to rotate through the belt 332, and the driven wheel 333 drives the lifting belt 320 to rotate, and the lifting block 340 With the rotation of the lifting belt 320, the banknotes will be lifted to the upper and lower diverting mechanism 400, and the lifting block 340 will stop with the lifting belt 320 for one revolution, and the lifting block 340 is still in the original position until the next banknote enters the lifting block 340, triggering a signal The detection device 350 and the signal detection device 350 send a signal to the control system, and the control system controls the first drive motor 331 to rotate again, so that the banknotes can be transported to the upper and lower diverting mechanism 400 by handfuls, and the banknotes can be transported accurately.

In one embodiment of the present invention, a cover 370 is installed on the side plate 310, and the cover 370 is composed of a frame and plexiglass or PC board, which is convenient for protecting the banknote lifting mechanism, and the cover 370 is There is also a door that can be opened to facilitate the maintenance and maintenance of the banknote lifting mechanism.

Use the lifting mechanism 300 of the dual-channel banknote intelligent envelope wrapping system of the present invention to adjust the angle between the inclined side plate 311 and the horizontal side plate 312 according to the height between the banknote sorting and binding machine 100 and the height between the upper and lower diversion mechanism 400 , and then the lower end of the lifting mechanism 300 is connected to the banknote sorting and binding machine 100 through the stamping mechanism 200, and the banknotes that have been stamped enter the lifting block 340, trigger the signal detection device 350, and the signal detection device 350 sends a signal to Control system, the control system controls the rotation of the first driving motor 331, drives the lifting belt 320 to rotate through the belt 332 and the driven wheel 333, and the lifting block 340 will lift the banknotes into the upper and lower flow distribution mechanism 400 with the rotation of the lifting belt 320, and the lifting block 340 will be lifted with the lifting belt 320. Belt 320 rotates one week and stops, and lifting block 340 is still in original position, and enters lifting block 340 until next banknote, then next banknote is transported in the upper and lower diverting mechanism 400. The banknote lifting mechanism 300 of the present invention is reasonable in design, easy to operate, and automatically transports the banknotes into the upper and lower diverting mechanism 400. The angle range is 0-90 degrees, and the angle is adjusted according to the height between the banknote outlet of the banknote sorting and binding machine 100 and the upper and lower diversion mechanism 400; a signal detection device is installed on the inclined side plate 311 next to the lifting block 340 350, the signal detection device 350 is triggered when the paper currency enters the lifting block, the signal detection device 350 sends a signal to the control system, and the control system controls the second drive mechanism 330 to drive the lifting belt 320 to rotate, and the paper currency is sent to the upper and lower flow diversion mechanism 400, and rotates Stopping in the next week, waiting for delivery of the next handful of banknotes, can accurately lift each banknote into the upper and lower distributing mechanism 400.

Preferably, as shown in FIGS. 6 and 7 , the upper and lower automatic flow diversion mechanism 400 includes a bracket 410 , a banknote receiving basket 420 located above the bracket 410 , and a fixed plate 430 that can move up and down in the banknote receiving basket 420 1. The banknote receiving cylinder 440 located below the fixed plate 430, the banknote receiving basket 420 is located next to the conveying passage A600 and conveying passage B610 arranged up and down, and the conveying passage A600 in the present invention is located above the conveying passage B610 , preferably, the conveying passage A600 and the conveying passage B610 both include a conveying belt and passage side plates 620 positioned on both sides of the conveying belt. The passage side plates 620 can prevent banknotes from falling on the conveying belt on the one hand and One is convenient to make the reliable connection between the conveying channel and the banknote receiving basket 420, wherein, a connecting plate 630 is also provided between the upper channel side plate and the lower channel side plate, and the connecting plate 630 is evenly distributed along the length direction of the channel side plate, Connect the upper and lower conveying channels more firmly. Wherein, the cylinder rod 441 of the described banknote receiving cylinder 440 is fixedly connected with the bottom surface of the fixed plate 430, and the banknote receiving cylinder 440 realizes that the fixed plate 430 is connected to the banknote basket 420 by expanding and contracting the cylinder rod 441 under the action of the control system. Move up and down in the banknote cylinder 440, and the cylinder body of the banknote cylinder 440 is installed on the support 410, and the original state of the banknote cylinder 440 is extended.

In order to send banknotes from the banknote receiving basket 420 to the conveying passage A600 and the conveying passage B610, a second banknote pushing cylinder 450 is provided on the side of the banknote receiving basket 420 opposite to the conveying passage A600 and higher than the conveying passage A600. The second banknote pushing cylinder 450 is fixed on the fixed plate 430, and the cylinder shaft of the second banknote pushing cylinder 450 is connected with a second banknote pushing plate 451. Under the action of the control system, the banknote receiving cylinder 440 Move the fixed plate 430 to the banknote pushing port of the conveying passage A600 or the conveying passage B610, and the second banknote pushing plate 451 of the second banknote pushing cylinder 450 pushes the banknotes on the fixed plate 430 into the conveying passage A600 or the conveying passage B610 . In the upper and lower automatic flow diversion mechanism 400 of the present invention, a signal will be given to the control system when the ATM roll of banknotes is bound with the circulation roll, and the second banknote pushing cylinder 450 and the banknote receiving cylinder 440 will execute the ATM roll with the banknote according to the signal feedback. The circulation rolls are sent into the delivery channel A600 or the delivery channel B610 respectively. For example, when the ATM rolls need to be sent into the delivery channel A600 and the circulation rolls are sent into the delivery channel B610, when the ATM rolls of banknotes arrive at the banknote receiving basket 420 Among them, the second banknote pushing cylinder 450 works, but the banknote receiving cylinder 440 does not operate, and the second banknote pushing cylinder 450 directly pushes the ATM roll into the conveying channel A600; when the circulation roll reaches the banknote receiving basket 420, the banknote receiving cylinder 440 First action, the cylinder rod 441 is lowered, the fixed plate 430 is moved to the banknote withdrawal port of the conveying channel B610, and then the second banknote pushing cylinder 450 is activated, and the circulation roll is pushed into the conveying channel B610 through the second banknote pushing plate 451. On the contrary, when the ATM roll needs to be sent into the delivery channel B610 and the circulation roll is sent into the delivery channel A600, when the ATM roll of banknotes arrives in the banknote receiving basket 420, the banknote receiving cylinder 440 moves first, so that the cylinder rod 441 Descend, move the fixed plate 430 to the banknote withdrawal port of the delivery channel B610, and then the second banknote push cylinder 450 acts to push the ATM into the delivery channel B610 through the second banknote pusher plate 451; when the circulation roll reaches the banknote receiving basket 420 , the banknote receiving cylinder 440 does not operate, and the second banknote pushing cylinder 450 directly operates to push the circulation volume into the conveying channel A600. Of course, the ATM rolls and circulation rolls do not need to enter the conveying channel A600 and the conveying channel B610. According to the actual situation, it only needs to be set in the program, and the order of the second banknote pushing cylinder 450 and banknote receiving cylinder 440 is respectively controlled by the control system. action.

In order to make the fixed plate 430 move up and down in the banknote basket 420 more smoothly, in one embodiment of the present invention, the two sides of the banknote receiving cylinder 440 are provided with guide rods 460, and one end of the guide rod 460 is connected to the fixed plate 430. connected, the other end is installed on the bracket 410 through a linear bearing 461, preferably, guide rods 460 are provided with three on each side of the money receiving cylinder 440, and the guide rods 460 are guided by the linear bearings to reduce the upper and lower positions of the fixed plate 430. Friction to move. Preferably, a second drive motor 470 is also included, the second drive motor 470 is connected to the drive wheel, the drive wheel drives the driving wheel of channel B to rotate through the belt, and the driving wheel of channel B drives the conveyor belt in the conveying channel B610 to move, The driving wheel of channel B drives the driving wheel of channel A to rotate through the belt, and the driving wheel of channel A drives the conveyor belt in the conveying channel A600 to move.

In the technical solution of the embodiment of the present invention, the banknote receiving basket 420 is provided with a second signal switch 480 that can detect the entry of banknotes. When the banknotes enter the banknote receiving basket 420, the second signal switch 480 is triggered, and the second The signal switch 480 transmits the signal to the control system, and the control system judges that the banknotes are ATM rolls or circulation rolls according to the information received before, and the control system then controls the actions of the banknote receiving cylinder 440 and the second banknote pushing cylinder 450 . The third signal switch 490 that controls the action of the second banknote pushing cylinder 450 is provided at the banknote pushing port of the conveying passage B610. , trigger the third signal switch 490, and at this time the second banknote pushing cylinder 450 works to push the banknotes into the conveying channel B610.

When using the upper and lower automatic diversion mechanism 400 for banknotes in the dual-channel banknote intelligent envelope line system of the present invention, first place the banknote receiving basket 420 at the position of the banknote outlet of the lifting mechanism 300, so that the banknotes directly fall into the banknote receiving basket 420 Among them, the control system judges that the banknotes are ATM rolls or circulation rolls according to the received signal, and then controls the successive actions of the banknote receiving cylinder 440 and the second banknote pushing cylinder 450 according to the preset program, for example, the ATM roll needs to be sent to When entering the delivery channel A600 and sending the circulation roll into the delivery channel B610, when the ATM roll of banknotes arrives in the banknote receiving basket 420, trigger the second signal switch 480 on the banknote receiving basket 420, and the second signal switch 480 will The signal is transmitted to the control system to control the second banknote pushing cylinder 450 to act, while the banknote receiving cylinder 440 does not act, and the second banknote pushing cylinder 450 directly pushes the ATM roll into the conveying channel A600 through the second banknote pushing plate 451; The roll arrives in the banknote receiving basket 420, triggering the second signal switch 480 on the banknote receiving basket 420, the second signal switch 480 transmits the signal to the control system, and the control system controls the banknote receiving cylinder 440 to act first, so that the cylinder rod 441 descends, The fixed plate 430 moves to the banknote withdrawal port of the conveying channel B610, and when the third signal switch 490 at the banknote pushing port of the conveying channel B610 is triggered, the control system controls the second banknote pushing cylinder 450 to move, and the second banknote pushing plate 451 The circulation rolls are pushed into the conveying channel B610, so that the ATM rolls are sent into the conveying channel A600 and the circulation rolls are sent into the conveying channel B610, so as to realize the diversion of banknotes. The upper and lower automatic diversion mechanism 400 of the present invention is compact in structure and reasonable in design, and can divert the circulation rolls and ATM rolls after clearing and binding; the fixed plate 430 and the guide rod 460 are used to realize the smooth up and down of banknotes in the banknote receiving basket 420 Move, and control the actions of the docking banknote cylinder 440 and the second banknote pushing cylinder 450 through the control system, and push the banknotes into the conveying channel A600 and the conveying channel B610 to realize the diversion of banknotes. A signal switch is set at the money receiving basket 420 and the money pushing port of the conveying channel B610 to make the control of the control system more precise.

Further, as shown in FIG. 8 and FIG. 9, the double-stacked bundle plastic sealing mechanism 500 includes a frame 510, a film roll mechanism A540, a banknote pressing and binding mechanism 550, a direct push mechanism 530, a feeding conveying unit 520, a plastic sealing Film mechanism 20, shaping mechanism 10, discharge conveying unit 560, heat shrinking furnace mechanism 40, printing unit 30, film roll mechanism B541, receiving mechanism 60, side push mechanism 570, sealing mechanism 80, palletizing mechanism A580, palletizing Agency B581.

Wherein, the film roll mechanism A540 is located on the upper layer of the direct push mechanism 530, and the side push mechanism 570 is located on the upper layer of the stacking mechanism B581, and is arranged parallel to the front and rear of the direct push mechanism 530; 550 and the direct pushing mechanism 530 are fixed on the frame 510, the banknote pressing and binding mechanism 550 is arranged in parallel with the direct pushing mechanism 530, and the banknote pressing and binding mechanism 550 is located at the side of the direct pushing mechanism 530 On the left side, the banknote pressing and binding mechanism 550 and the direct pushing mechanism 530 are located on the upper layer of the palletizing mechanism A580; the palletizing mechanism A580 and the palletizing mechanism B581 are both connected to the banknote pressing and binding mechanism 550; The sealing mechanism 80 is located in the middle of the plastic sealing film mechanism 20 and the receiving mechanism 60, and the heat shrinkable furnace mechanism 40 is located behind the sealing mechanism 80; the sealing mechanism 80 is fixed on the frame 510 by a bracket, And between the shaping mechanism 10 and the material receiving mechanism 60, the shaping mechanism 10 separates the upper and lower layers of the plastic film through the upper and lower partitions, and the banknotes can just enter the plastic film. The third banknote pushing cylinder is provided in the described shaping mechanism 10. The third banknote pushing cylinder pushes banknotes into the sealing mechanism 80; the printing unit 30 is a thermal transfer printer; the film roll mechanism B541 is located below the discharge conveying unit 560 and is fixed on the frame The lower left side of 510; the stacking mechanism A580 and the stacking mechanism B581 are fixed on the frame 510 through the bottom plate, respectively docked with the feeding and conveying unit 520, and the stacking mechanism A580 and the stacking mechanism B581 are arranged in parallel and are located at The lower layer of the rack 510 . The discharge conveying unit 560 is located on the left side of the banknote binding mechanism 550, and is installed on the frame 510 through a bracket; The shaping mechanism 10, the heat shrinking furnace mechanism 40, the printing unit 30, the film roll mechanism B541, the receiving mechanism 60, the sealing mechanism 80, the side pushing mechanism 570, the palletizing mechanism A580 and the palletizing mechanism B581 are electrically connected. The stacking mechanism A580 and the stacking mechanism B581 are installed on the lower floor of the frame 510, and the stacking mechanism A580 and the stacking mechanism B581 are arranged in parallel, and each of them is connected to a feeding conveying unit 520, and the feeding conveying unit 520 is located in the machine. At one end of the rack 510, the ATM roll and the circulation roll enter the docking automatic palletizing mechanism through the feeding and conveying unit 520, and the palletizing mechanism A580 and the palletizing mechanism B581 automatically stack the ATM roll and the circulation roll respectively. The plastic sealing film mechanism 20, the sealing mechanism 80, the receiving mechanism 60 and the heat shrinkable furnace mechanism 40 plastic-seal the banknotes, the sealing mechanism 80 is located in the middle of the plastic sealing film mechanism 20 and the receiving mechanism 60, and the banknotes pass through the sealing mechanism 80 seal and then enter the heat shrink furnace mechanism 40 for shrink processing; the printing unit 30 is a thermal transfer printer, which is controlled by a control system. Before banknotes are bundled, the print content can be set in the man-machine interface. After the printing unit 30 receives the command from the control system, it will automatically print valid information including bank number, currency type, operator, quantity, date, etc. on the wrapping film, and then wrap the banknotes after printing. The side push mechanism 570 is installed on the upper layer of the stacking mechanism B581, and is arranged parallel to the front and rear of the direct push mechanism 530. The side push mechanism 570 is used to push the banknotes stacked by the palletizing mechanism B581 into the front of the straight push mechanism 530. Then the banknotes are pushed into the banknote binding mechanism 550 by the direct push mechanism 530 for film binding; the direct push mechanism 530 is installed on the upper layer of the palletizing mechanism A580 and is fixedly connected with the frame 510, and is arranged parallel to the front and back of the side push mechanism 570. The roll mechanism A540 is installed on the upper layer of the direct push mechanism 530 for installing the binding film; the banknote binding mechanism 550 is fixed on the frame 510 and is installed on the left side of the direct push mechanism 530, and the banknote binding mechanism 550 and the direct push mechanism 530 Set in parallel, and keep the central line consistent, the banknote pressing and binding mechanism 550 is located on the upper layer of the stacking mechanism A580, and the direct push mechanism 530 pushes the stacked banknotes into the banknote pressing and binding mechanism 550 for binding. The binding adopts a certain width and The film of the strength wraps it to 10 bills. The discharge conveying unit 560 is installed on the frame 510 through a bracket. The discharge conveying unit 560 is installed on the left side of the banknote binding mechanism 550, and one end thereof is docked with the banknote binding mechanism 550. The height of the discharge conveying unit 560 is low. On the heat-sealing platform 557 of the banknote pressing and binding mechanism 550 , after the banknotes are bundled in the banknote pressing and binding mechanism 550 , the banknotes are pushed into the discharge conveying unit 560 by the direct pushing mechanism 530 . The film roll mechanism B541 is installed on the lower left layer of the frame 510, located below the discharge conveying unit 560, and is used for installing the binding film. Palletizing mechanism A580 and palletizing mechanism B581 complete the stacking of banknotes independently, and share a banknote pressing and binding mechanism 550. Through the control of the control system, the stacked banknotes are sent to the banknote pressing and binding mechanism 550 in order for film binding .

Wherein, as shown in Figure 10, banknote pressing binding mechanism 550 comprises upper heat sealing cylinder 551, upper heat sealing knife 552, second banknote pressing plate 553, second banknote pressing cylinder 554, lower heat sealing knife 556, lower heat sealing cylinder 555, heat-sealing platform 557 and cylinder support 558, upper heat-sealing knife 552 is fixed on the upper heat-sealing cylinder 551, the second banknote pressing plate 553 is fixed on the second banknote pressing cylinder 554, and the upper heat-sealing cylinder 551 is connected with the second banknote pressing cylinder 554. Banknote cylinders 554 are fixed side by side on the cylinder support 558, the second banknote pressing cylinder 554 is positioned at the left side of the upper heat sealing cylinder 551, and the second banknote pressing plate 553 is at the same height as the upper heat sealing knife 552, all exceeding the height of 10 banknotes. The second banknote pressing cylinder 554 is used to compress 10 banknotes on the heat-sealing platform 557, which is convenient for film binding and sealing. The cylinder support 558 is vertically connected to the heat-sealing platform 557 , and the heat-sealing platform 557 is fixed on the frame 510 , arranged parallel to the direct-push platform, and on the left side of the direct-push platform 360 . The lower heat-sealing knife 556 is fixed on the lower heat-sealing cylinder 555, and the lower heat-sealing cylinder 555 is fixed below the heat-sealing platform 557 through a bracket. When the direct push mechanism 530 pushed the banknotes under the second banknote pressing plate 553, the second banknote pressing cylinder 554 drove the second banknote pressing plate 553 to compress the banknotes, and the banknote pushing plate returned to its original position, and the upper heat sealing cylinder 551 drove the upper heat The sealing knife 552 starts to work, the upper heat-sealing knife 552 moves from top to bottom, and at the same time drives the film roll to rotate, wraps the banknote bundle, the upper heat-sealing knife 552 descends to the heat-sealing platform 557, and simultaneously presses the packaging film tightly The lower heat-sealing cylinder 555 drives the lower heat-sealing knife 556 to start, seals and cuts the packaging film and then returns, and the upper heat-sealing cylinder 551 drives the upper heat-sealing knife 552 to return, thereby completing the wrapping, heat-sealing and bundling of banknote bundles. Bag. The banknote pushing plate in the direct pushing mechanism 530 pushes banknotes to the sealing place of the banknote binding mechanism 550 for the first time, then returns, and the banknote binding mechanism 550 binds the banknotes. After finishing, the banknote pushing plate pushes banknotes for the second time, and The bundled banknotes are pushed into the outfeed conveyor unit 560 and then returned.

In another implementation of the present invention, as shown in FIG. 11 , it is a schematic structural view of the plastic film mechanism of the preferred embodiment of the present invention. The plastic film mechanism 20 is installed on the frame 510 and is located above the shaping mechanism 10. The plastic film mechanism 20 Including plastic sealing film support 201, plastic sealing film 202, punching roller 203, film feeding drive roller 204, timing belt A205, rack 207, motor A206, gear 208, plastic sealing film support roller and plastic sealing film adjustment roller 209, wherein the plastic sealing film The support 201 is fixed on the frame 510, the punching cylinder 203 is fixed on the plastic film support 201, and the cylinder of the punching cylinder 203 is equipped with punching needles, and when the plastic sealing film is running through the punching cylinder 203, the punching needles are on the surface of the plastic seal. The film is punctured to form one or more rows of small holes regularly, and the purpose of the perforation is to facilitate exhaust when the plastic sealing film 202 shrinks, which is beneficial to the shrinkage effect. The film feeding driving roller 204 is installed on the plastic film support 201 through the bearing seat, driven by the motor A206 through the timing belt A205, the rack 207 cooperates with the gear 208, and the film penetration roller is installed on the gear 208, and the plastic film 202 is wound from bottom to top On the film threading roller, the film threading roller moves up and down along with the gear 208 . The plastic sealing film supporting roller and the plastic sealing film regulating roller 209 are installed on the plastic sealing film support 201 simultaneously, there is a certain distance between the two, both of which can rotate freely, and are used to place the plastic sealing film 202 on it, and the plastic sealing film regulating roller 209 is according to The size of the plastic sealing film 202 can adjust the front and rear fixed positions. Wherein, the two ends of the rack 207 are provided with detection signals, and when the gear 208 moves upward to the upper detection signal, the motor A206 starts to work, drives the plastic sealing film 202 to rotate, and the gear 208 descends; when the gear 208 descends to the lower detection signal, the motor A206 stop working.

In another implementation of the present invention, as shown in FIG. 12 , it is a schematic structural diagram of a heat shrinking furnace mechanism in a preferred embodiment of the present invention. The heat shrinking furnace mechanism 40 is fixed on a frame 510 and is located under the plastic sealing film mechanism 20 , The heat shrinkable furnace mechanism 40 includes a heat shrinkable furnace shield 41 , a heating pipe 42 , a conveying chain 43 , a conveying driving roller 44 , a second conveying motor 45 , a motor B46 and a fan 47 . Wherein, the above-mentioned heating tubes 42 are two groups, respectively installed on the two side wall panels of the heat shrinking furnace shield 41, and the heating tubes 42 are connected with the temperature module at the same time, and the temperature of the temperature module is controlled and set by the control system. The conveying chain 43 is provided with three rows, located in the middle of the heat shrinkable furnace shield 41, the conveying chain 43 is connected with the conveying drive roller 44 and the second conveying motor 45, and is driven by the second conveying motor 45, when the banknote is sealed by the sealing mechanism 80, it enters the Conveying chain 43, conveying chain 43 drives plastic-encapsulated banknotes to enter the heat-shrinking furnace for heating, and plastic-sealing film 202 shrinks, and finally wraps tightly outside the banknotes, and then outputs them from the outlet of the shrinking furnace. The fan 47 is driven by the motor B46, and it is installed below the lower conveyor chain 43. When the fan 47 rotates, it can ensure that the temperature in the heat shrinkable furnace is evenly distributed.

The double-stacking, packing and plastic-sealing mechanism 500 of the dual-channel banknote intelligent sealing line system of the present invention has two banknote inlets and two banknote outlets, one of the two banknote outlets is packaged and plastic-sealed, and the other is packaged and plastic-sealed. Packaged without plastic sealing; ATM rolls that are only bundled without plastic sealing are usually ATM rolls, because ATM rolls need to be directly loaded into the cash box without plastic sealing, and the double palletizing plastic sealing mechanism 500 can realize that ATM rolls can not enter the plastic shrink packaging, only code Palletizing, through the control of the control system, the equipment automatically sends the palletized and bundled circulation rolls to the sealing mechanism 80 for plastic film sealing, and then sends them to the shrinking furnace for shrinking, and the equipment automatically transports the stacked and bundled ATM rolls directly through the conveyor to the workbench; the double-stacking baling plastic sealing mechanism of the present invention is also equipped with a thermal transfer printing mechanism to realize automatic printing of bank information on the binding film and automatic processing of banknotes. It has a compact structure, is stable and reliable, and is easy to operate. Easy maintenance, small size and high degree of automation.

The dual-channel banknote intelligent sealing line system of the present invention adopts mechanized operation, sorts and binds banknotes, automatically stamps them, distinguishes and divides ATM rolls and circulation rolls, and divides them into upper and lower channels for simultaneous transportation. In the stack packing and plastic sealing mechanism 500, the ATM volumes are bundled without plastic sealing, and the circulation volumes are bundled and plastic sealed. The stamping mechanism 200 of the present invention performs double-sided stamping on the banknotes after sorting and binding, which improves the working efficiency of banknote stamping. The receiving and conveying mechanism 210 of the present invention is arranged horizontally, and the banknotes are in a flat state when stamping. Adopt seal driving cylinder 221 to carry out horizontal direction stamping from both sides of banknote, and utilize blocking cylinder 230 and first banknote pressing cylinder 240 to stop banknote under double-sided stamping mechanism 220 and banknote pressing, have guaranteed the security of stamping Stability and reliability of stamping, meanwhile, the stamping mechanism 200 of the present invention can also stamp one side of banknotes; The banknotes of stamps are transported to the upper and lower shunting mechanism 400, so that the banknotes are shunted, and the signal detection device 350 is installed on the inclined side plate 311 next to the lifting block 340. When the banknotes enter the lifting block 340, the signal detection device 350 is triggered, and the signal detection device 350 sends a signal to the control system, and the control system controls the second driving mechanism 330 to drive the lifting belt 320 to rotate, and send the banknotes to the upper and lower diverting mechanism 400, and stop for one week after the rotation, waiting for the delivery of the next banknote, so that each banknote can be accurately The upper and lower flow distribution mechanism 400 of the present invention can divide the circulation volume and the ATM volume, and adopt the fixed plate 430 and the guide rod 460 to realize that the banknotes move up and down smoothly in the banknote receiving basket 420, and pass through The control system controls the actions of the banknote connecting cylinder 440 and the second banknote pushing cylinder 450, and pushes the circulation volume and the ATM volume into the conveying channel A600 or the conveying channel B610 respectively, so as to realize the diversion of banknotes. At the end of the conveying channel A600 or conveying channel B610, a double-stacking bale plastic sealing mechanism 500 is set, and the circulation rolls and ATM rolls in the conveying channel A600 or conveying channel B610 enter the double-palletizing bale plastic sealing mechanism 500 through two banknote inlets. , it can be realized that the ATM rolls can not enter the plastic-sealed shrink bales, but only be palletized and bundled. Through the control of the control system, the equipment will automatically send the palletized and bundled circulation rolls to the sealing mechanism 80 for plastic film sealing, and then send them to the heat-shrinking furnace mechanism 40 for shrinking, the equipment automatically outputs the stacked and bundled ATM rolls directly, and the double-palletized packaging plastic sealing mechanism 500 of the present invention is also equipped with a thermal transfer printing mechanism to realize automatic printing of bank information on the strapping film.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention rather than limit the protection scope of the present invention. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that The technical solution of the present invention can be modified or equivalently replaced without departing from the spirit and scope of the technical solution of the present invention.

Claims (9)

1. The dual-channel banknote intelligent envelope line system is characterized in that it includes a banknote sorting and binding machine, a stamping mechanism, a lifting mechanism, an upper and lower flow mechanism, two conveying channels A and B set up and down, and a double channel. Palletizing, packing and plastic sealing mechanism and the control system that controls the actions of each mechanism. Each banknote sorting and binding machine is equipped with a stamping mechanism, a lifting mechanism and an upper and lower diversion mechanism. The banknote sorting and binding machine, stamping mechanism , the lifting mechanism and the upper and lower diversion mechanism form a whole, and are evenly distributed in the transportation direction of the conveying channel A and the conveying channel B; The banknotes stamped are transported to the upper and lower diverting mechanism through the lifting mechanism, and the upper and lower diverting mechanism pushes the diverted banknotes into the conveying channel A and conveying channel B respectively; The ends of passage A and conveying passage B, conveying passage A and conveying passage B feed banknotes into the double-stacking packing plastic-sealing mechanism through two banknote inlets, and the double-palletizing packing plastic-sealing mechanism banknotes bag and plastic. 2. The double-channel banknote intelligent envelope line system according to claim 1, characterized in that the stamping mechanism includes a receiving and conveying mechanism, a double-sided stamping mechanism located above the receiving and conveying mechanism, and blocks the banknotes at the The blocking cylinder below the double-sided stamping mechanism and the first banknote pressing cylinder that compresses the banknotes, the receiving and conveying mechanism includes two conveying side plates arranged in parallel, a conveying belt positioned between the conveying side plates and A transition plate and a first driving mechanism that drives the movement of the conveying belt, the transition plate is lower than the surface of the conveying belt; the blocking cylinder is installed under the conveying side plate, and the first banknote pressing cylinder Fixed above the conveying belt by a cylinder fixing bracket, the cylinder fixing bracket is installed on the conveying side plate, and the first banknote press for pressing banknotes is installed on the cylinder shaft of the first banknote press cylinder plate. 3. The dual-channel banknote intelligent envelope line system according to claim 1, wherein the lifting mechanism includes oppositely arranged side plates, a lifting belt positioned between the side plates, and drives the lifting belt to move The second drive mechanism, the side plate includes an inclined side plate and a horizontal side plate, seamlessly connected between the inclined side plate and the horizontal side plate, and a lifting block for lifting banknotes is installed on the lifting belt, so A signal detection device is provided on the inclined side plate next to the lifting block to detect whether the banknote enters the lifting block; when the banknote enters the lifting block, the signal detection device is triggered, and the control system controls the second driving mechanism to drive the The lifting belt rotates a week and stops, waiting for the next handful of banknotes to enter the lifting block again. 4. The double-channel banknote intelligent envelope wire system according to claim 1, wherein the upper and lower flow diversion mechanism includes a support, a banknote receiving basket located above the support, and a banknote receiving basket that can move up and down in the described banknote receiving basket. A fixed plate, a banknote receiving cylinder positioned below the fixed plate, the banknote receiving basket is located next to the conveying passage A and conveying passage B arranged up and down, and the cylinder rod of the banknote receiving cylinder is fixedly connected to the fixed plate , the cylinder body of the banknote cylinder is installed on the bracket; a second banknote push cylinder is provided on the side of the banknote basket opposite to the conveying passage A and higher than the conveyance passage A, and the second banknote push cylinder is fixed on the On the fixed plate, under the action of the control system, the banknote receiving cylinder moves the fixed plate to the banknote pushing port of the conveying passage A or conveying passage B, and the second banknote pushing plate of the second banknote pushing cylinder will The banknotes on the fixed plate are pushed into the conveying path A or conveying path B. 5. The dual-channel banknote intelligent packaging line system according to claim 1, wherein the double-palletizing packaging plastic sealing mechanism includes a frame, a film roll mechanism A, a banknote pressing and binding mechanism, a direct push mechanism, and a feeding mechanism. Conveying unit, plastic sealing film mechanism, shaping mechanism, discharge conveying unit, heat shrinking furnace mechanism, printing unit, film roll mechanism B, receiving mechanism, side push mechanism, sealing mechanism, palletizing mechanism A, palletizing mechanism B; The film roll mechanism A is located on the upper layer of the direct push mechanism, and the side push mechanism is located on the upper layer of the stacking mechanism B, and is arranged in parallel with the front and rear of the direct push mechanism; The direct pushing mechanism is fixed on the frame, the banknote pressing and binding mechanism is arranged in parallel with the direct pushing mechanism, and the described banknote binding and binding mechanism is located on the left side of the direct pushing mechanism, and the banknote pressing and binding mechanism is connected to the left side of the direct pushing mechanism. The direct pushing mechanism is located on the upper layer of the stacking mechanism A; the stacking mechanism A and the stacking mechanism B are all connected with the banknote pressing and binding mechanism; The sealing mechanism is located in the middle of the plastic sealing film mechanism and the material receiving mechanism, and the heat shrinkable furnace mechanism is located behind the sealing mechanism; the sealing mechanism is fixed on the frame through a bracket, and is located between the shaping mechanism and between receiving agencies, The shaping mechanism separates the upper and lower layers of the plastic sealing film through the upper and lower partitions, and the banknotes can just enter the plastic sealing film. The third banknote pushing cylinder is provided in the shaping mechanism, and the third banknote pushing cylinder pushes the banknotes into the sealing mechanism ; The printing unit is a thermal transfer printer; the film roll mechanism B is located below the discharge conveying unit and fixed on the lower left side of the frame; the palletizing mechanism A and the palletizing mechanism B pass through the bottom plate fixed on the frame, respectively docked with the feeding conveying unit, the palletizing mechanism A and the palletizing mechanism B are arranged in parallel and are located on the lower layer of the frame; The discharge delivery unit is located on the left side of the banknote pressing and binding mechanism, and is installed on the frame through a bracket; the control system is connected with the direct pushing mechanism, film roll mechanism A, banknote pressing and binding mechanism, shaping mechanism, The heat shrinking furnace mechanism, the printing unit, the film roll mechanism B, the material receiving mechanism, the sealing mechanism, the side pushing mechanism, the palletizing mechanism A and the palletizing mechanism B are electrically connected. 6. The dual-channel banknote intelligent envelope line system according to claim 2, wherein the cylinder fixing bracket includes a column mounted on the conveying side plate, and a cylinder mounting plate fixed between the columns , the first banknote pressing cylinder is installed on the cylinder mounting plate; the double-sided stamping mechanism includes a stamping driving cylinder, a first personal name badge connected to both sides of the stamping driving cylinder, and The second personal name stamp, the seal driving cylinder is installed on the cylinder mounting plate, and is located on the left side of the first banknote pressing cylinder; the first personal name stamp and the second personal name stamp are respectively fixed by the first The seat and the second fixed seat are connected with the guide rods on both sides of the seal driving cylinder, and the first personal name stamp and the second personal name stamp are fixed with the first fixed seat and the second fixed seat by positioning pins. 7. The dual-channel banknote intelligent envelope wire system according to claim 4, characterized in that guide rods are provided on both sides of the banknote receiving cylinder, one end of the guide rod is connected to the fixed plate, and the other end is passed through a linear bearing Installed on the bracket; also includes a second drive motor, the second drive motor is connected to the drive wheel, the drive wheel drives the driving wheel of channel B to rotate through the belt B, and the driving wheel of channel B drives the conveyor belt in the conveying channel B Movement: the channel B driving wheel drives the channel A driving wheel to rotate through the belt A, and the channel A driving wheel drives the conveyor belt in the conveying channel A to move. 8. The dual-channel banknote intelligent sealing line system according to claim 5, wherein the banknote pressing and binding mechanism includes an upper heat-sealing cylinder, an upper heat-sealing knife, a second banknote pressing plate, a second banknote pressing cylinder, The lower heat-sealing knife, the lower heat-sealing cylinder, the heat-sealing platform and the cylinder support; the upper heat-sealing knife is fixed on the upper heat-sealing cylinder, and the second banknote pressing plate is fixed on the second banknote pressing cylinder , the upper heat-sealing cylinder and the second banknote-pressing cylinder are fixed side by side on the cylinder bracket, the second banknote-pressing cylinder is located on the left side of the upper heat-sealing cylinder, and the second banknote-pressing plate and the upper heat-sealing cylinder The knives are at the same height; the cylinder bracket is vertically connected to the heat-sealing platform, the heat-sealing platform is fixed on the frame, arranged parallel to the direct-push platform, and is located on the left side of the direct-push platform ; The lower heat-sealing knife is fixed on the lower heat-sealing cylinder, the lower heat-sealing cylinder is fixed below the heat-sealing platform through a bracket, the lower heat-sealing knife is a heating knife, and is connected with the upper heat-sealing cylinder. The knife is aligned up and down. 9. The dual-channel banknote intelligent envelope wrapping system according to claim 1, wherein a workbench is provided next to each banknote sorting and binding machine.