CN211843725U - Totally-enclosed PC (personal computer) edition batch counterfeit-discrimination stamping and printing all-in-one machine - Google Patents

Abstract

The utility model relates to a totally closed PC version is in batches discerned pseudo-printing all-in-one of stamping, including casing, scanner, printer, paper feeding mechanism and the machine of stamping, the exit slot of scanner and printer all with paper feeding mechanism's paper feed mouth looks butt joint, paper feeding mechanism's exit slot with the machine of stamping looks butt joint, the casing top is equipped with signature area of stamping, the casing top is equipped with camera device, camera device includes first camera and second camera; the scanner includes paper transport mechanism, paper scanning detection mechanism and main control board, paper scanning detection mechanism is including installing respectively last image sensor and lower image sensor above paper transport mechanism transfer path and below, and with go up image sensor and lower image sensor electric connection's image processing board, the image processing board with main control board electric connection.

Description

Totally-enclosed PC (personal computer) edition batch counterfeit-discrimination stamping and printing all-in-one machine

Technical Field

The utility model relates to a financial equipment field particularly, relates to a totally closed PC version is discerned false stamp in batches and is printed all-in-one.

Background

In a bank or other financial institutions, a situation that a contract needs to be printed for signature and seal is often encountered, and the traditional processing method is as follows: when a user needs to print and stamp a certain file, the file needs to be manually printed at a printer, the printed file is taken out, then a file page needing to be stamped is selected from the printed file, and the file page is manually sent to a stamping machine, so that the stamping machine stamps the corresponding file page.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a totally closed PC version is discerned false stamping in batches and is printed all-in-one has higher degree of automation, has the function of discerning contract file true and false.

The utility model adopts the technical proposal that: the utility model provides a totally closed PC version is in batches discerned pseudo-all-in-one of stamping and printing, includes the casing to and install scanner, printer, paper feeding mechanism and the machine of stamping in the casing, the exit slot of scanner and printer all dock with paper feeding mechanism's paper feed mouth, paper feeding mechanism's exit slot with the machine of stamping docks, the casing top is equipped with signature area of stamping, be equipped with camera device above the casing, camera device includes the first camera that is used for monitoring the environment and is used for monitoring the second camera in signature area of stamping; the scanner includes paper transport mechanism, paper scanning detection mechanism and main control board, paper scanning detection mechanism is including installing respectively last image sensor and lower image sensor above paper transport mechanism transfer path and below, and with go up image sensor and lower image sensor electric connection's image processing board, the image processing board with main control board electric connection.

Totally closed PC version in batches distinguish false stamping and print all-in-one, scanner, printer and the machine of stamping all with PC communication connection.

Totally closed PC version in batches distinguish in pseudo-stamping printing all-in-one, be equipped with on the casing and be used for the confession the paper mouth of putting that the advance cardboard of scanner stretches out wherein to and be used for the user to take the paper mouth of getting of the paper after the stamping, get and be equipped with automatically controlled door on the paper mouth.

In the totally closed PC edition batch discrimination, stamping and printing integrated machine, the paper collecting device is also used for collecting the paper conveyed by the paper feeding mechanism.

In the totally closed PC edition is discerned false in batches and is stamped and print all-in-one, still including being used for following the paper the exit slot of scanner transmits extremely paper transmission path of paper feed mechanism's paper feed inlet.

In the totally-enclosed PC edition batch counterfeit-discrimination stamping and printing integrated machine of the utility model, the paper transmission channel comprises a paper feeding channel, a transmission channel, a paper returning channel, a channel switching module and a forward and reverse transmission module, the paper feeding channel and the paper returning channel are arranged at the same side, and the paper outlet of the paper feed channel and the paper inlet of the paper exit channel are butted with one end of the channel switching module at the same time, the other end of the channel switching module is butted with one end of the transmission channel, the other end of the transmission channel is butted with the paper gathering device, the channel switching module can move up and down, when the channel switching module is positioned at the first position, the paper feed channel is communicated with the transmission channel, when the channel switching module is positioned at the second position, the paper ejecting channel is communicated with the transmission channel, the forward and reverse transmission module is used for driving the document pages in the transmission channel to move forward or backward.

In the totally-enclosed PC edition batch discrimination, stamping and printing integrated machine, the paper feeding mechanism comprises a roller group arranged on a frame inside the shell and a paper feeding device connected with a paper inlet of the roller group in a butt joint manner, the roller group comprises a driving roller, a paper pressing roller and a paper poking roller which are arranged in parallel in the axial direction, the lower end of the paper pressing roller is connected with the upper end of the driving roller, the paper pressing roller is driven by the friction force provided by the driving roller to rotate, the paper poking roller is arranged in the lower front of the driving roller and connected with the driving roller through a transmission part and driven by the driving roller to rotate forwards, the paper poking roller is provided with a paper poking wheel, the wheel surface of the paper poking wheel is provided with a bulge protruding outwards, the paper outlet of the paper feeding device is connected with the upper end of the driving roller in a butt joint manner, the front end of paper is driven by the driving roller and the paper pressing roller to pass between the driving roller, the rear end of the paper falls on the paper poking roller after passing through the driving roller and is pushed forward under the poking of the protrusions on the paper poking wheel.

In the totally-enclosed PC edition batch counterfeit-identifying, stamping and printing integrated machine of the utility model, the paper gathering device comprises a paper collecting device and a fixing device, the paper delivery device comprises a rectangular bottom plate, side plates arranged at the left side and the right side of the bottom plate, baffle plates arranged at the front side and the rear side of the bottom plate and limit plates horizontally connected with the front side and the rear side of the bottom plate, the width of the bottom plate is 20-40mm wider than paper in the printer, the length of the bottom plate is 7-21mm longer than the paper in the printer, the length of the side plate is smaller than that of the bottom plate, the lower end of the limiting plate is erected on the bottom plate, the upper end of the limiting plate inclines outwards to form an inclined plane, a limiting bulge protruding upwards is arranged on the limiting plate, one end of the fixing device is fixed on the shell, and the other end of the fixing device is abutted against one side of the limiting bulge, which is far away from the bottom plate, so that the front end and the rear end of the paper collecting device are limited.

In the totally-enclosed PC-version batch counterfeit-identifying, stamping and printing integrated machine of the utility model, the stamping machine comprises an automatic stamping mechanism and an electronic lock; the automatic stamping mechanism comprises a support, a stamp rotating mechanism arranged in the support and used for rotating a stamp to a preset position, and a stamping mechanism arranged on the support and used for pushing the stamp to stamp downwards; the seal rotating mechanism rotates the seal to a preset position, the seal mechanism pushes the seal to be pressed downwards to complete sealing, the sealing mechanism comprises a driving device, the driving device comprises a linear stepping motor, the sealing mechanism further comprises a nut column in threaded connection with a motor shaft of the linear stepping motor and a pressing column which is fixedly connected with the nut column and used for pressing the seal downwards; and a motor shaft of the linear stepping motor rotates, and the nut column drives the pressing column to do linear motion.

The utility model can be connected with the office computer of the financial institution when in use, is easier to be compatible and can effectively save the use cost of the financial institution; meanwhile, the machine can save a control module, has smaller volume and can be used as a desktop for placing office supplies; the equipment can be arranged beside the office table, so that the operation is more convenient; the security is high, and convenient to use can realize that the self-service contract between customer and the financial institution is signed for, after financial institution service personnel and customer affirm the contract that needs to go on, only need with corresponding electronic file send to the printer can, follow-up need not to carry out many times inspection and affirmation with the customer again. After the customer takes out the printed document pages to check the printed document pages, signs and prints, the document pages are sequentially put into a scanner, the system scans and identifies characters of each document page put into the customer, contrasts, analyzes and identifies the characters and the electronic document corresponding to the contract, if the characters of the two documents are consistent, the stamped document pages in the document pages are automatically identified, and the stamped document pages are stamped by a stamping machine, so that the signing process of the whole contract is completed, the system is very convenient and fast, and is beneficial to improving the work efficiency of financial institutions.

Drawings

The invention will be further explained with reference to the drawings and examples, wherein:

FIG. 1 is a schematic view of a front view structure of a totally-enclosed PC-version batch counterfeit-identifying, stamping and printing integrated machine provided by the embodiment of the present invention;

FIG. 2 is a schematic left-side view of the fully-enclosed PC-version integrated machine for batch counterfeit-identifying, stamping and printing provided by the embodiment of the present invention;

FIG. 3 is a schematic diagram of a right-side view structure of the totally-enclosed PC-version batch counterfeit-identifying, stamping and printing integrated machine provided by the embodiment of the present invention;

FIG. 4 is a schematic view of the internal structure of the casing of the totally enclosed PC-version integrated machine for batch counterfeit-identifying, stamping and printing provided by the embodiment of the present invention;

FIG. 5 is a schematic diagram of the internal structure of the scanner in the totally enclosed PC-version integrated batch counterfeit-identifying, stamping and printing machine provided by the embodiment of the present invention;

FIG. 6 is a schematic structural view of a paper feeding mechanism in the totally enclosed PC-version integrated batch counterfeit identifying, stamping and printing machine according to the embodiment of the present invention;

FIG. 7 is a schematic structural view of a paper collecting device in the totally enclosed PC-version integrated batch counterfeit identifying, stamping and printing machine provided by the embodiment of the present invention;

FIG. 8 is a schematic structural view of a paper collecting device in the totally-enclosed PC-edition batch counterfeit-identifying, stamping and printing integrated machine according to the embodiment of the present invention;

FIG. 9 is a schematic view of an operation structure of a channel switching module in the totally-enclosed PC-version batch counterfeit-identifying, stamping and printing integrated machine according to the embodiment of the present invention;

FIG. 10 is a schematic structural view of a certain viewing angle of the channel switching module in the totally enclosed PC-version integrated batch counterfeit identifying, stamping and printing machine according to the embodiment of the present invention;

fig. 11 is a schematic structural view of another view angle of the channel switching module in the totally-enclosed PC-version batch counterfeit-identifying, stamping and printing all-in-one machine according to the embodiment of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1 to 4, the embodiment of the present invention provides a totally closed PC edition is in batches identified false stamping and printing all-in-one machine, including casing 80, and install scanner 30, printer 20, paper feeding mechanism 60 and the machine 50 of stamping in casing 80, the exit slot of scanner 30 and printer 20 all dock with the paper feed inlet of paper feeding mechanism 60, the exit slot of paper feeding mechanism 60 docks with the machine 50 of stamping, be equipped with the paper mouth 81 of putting that is used for supplying the paper feed board of scanner 30 to stretch out from it on casing 80, and be used for supplying the user to take the paper mouth 84 of the paper after the stamping, be equipped with electrically controlled door on the paper mouth of taking. Both the paper scanned by the scanner 30 and the paper printed by the printer 20 can be transported to the paper taking port 84 by the paper feeding mechanism 60 for the user to take. The top of the shell 80 is provided with a signature and seal area, the camera device is arranged above the shell 80 and comprises a first camera 91 arranged on the left side and a second camera 92 arranged on the right side, the first camera 91 and the second camera 92 are both arranged on the shell 80 through automatic telescopic rods, the automatic telescopic rods can automatically extend out when in use, can descend when in moving or storage, and can save space and facilitate transportation and storage. The first camera 91 is used for shooting a dynamic environment video, adopts a wide-angle camera, is arranged towards the right front, and can monitor all people and objects in the right front of the machine (including people operating the machine and people signing and sealing in a signature and sealing area); the second camera 92 is used for monitoring the signature stamping area heavily, and is arranged to face downward overall and to be slightly inclined forward, so that it can photograph more areas ahead at the same time. The casing 80 corresponding to the right side of the second area is provided with a stamp taking port 87, the stamp taking port 87 is sealed by a double-lock anti-theft door at ordinary times, the double-lock structure comprises an electronic coded lock, an IC card lock or a fingerprint lock and a mechanical lock, if a main lock is an ID card or an IC card lock, and an auxiliary lock is a cross-core mechanical lock, a double-person double lock is formed, a double person can open the cabinet door at the same time, and the anti-theft effect can be achieved. When the internal machine breaks down and needs manual stamping, authorized management personnel can open the door body of the stamp taking port 87 to take out the stamp on the stamping machine for manual stamping. The second camera 92 can simultaneously take a picture of the region at the position of the seal taking port 87, so that the whole taking process and the using process of the seal are in the range of the picture taking, and the absolute safety of the seal is ensured.

As shown in fig. 5, the scanner 30 includes a sheet conveying mechanism 31, a sheet scanning detection mechanism including an upper image sensor 32 and a lower image sensor 33 respectively installed above and below a conveying path of the sheet conveying mechanism, and an image processing board electrically connected to the upper image sensor 32 and the lower image sensor 33, and a main control board. The upper image sensor 32 and the lower image sensor 33 both adopt contact CIS scanning sensors, the structural layout is reasonable, multispectral images on the front side and the back side of paper can be accurately scanned in the paper conveying process, image character feature counterfeit identification processing and identification can be rapidly carried out, and the contact CIS scanning sensors can work together with other feature detection components to realize comprehensive identification and counterfeit identification of the paper. The stamping machine 50 comprises an automatic stamping mechanism and an electronic lock; the automatic stamping mechanism comprises a bracket, a stamp rotating mechanism arranged in the bracket and used for rotating the stamp to a preset position, and a stamping mechanism arranged on the bracket and used for pushing the stamp to stamp downwards; the stamping mechanism comprises a driving device, the driving device comprises a linear stepping motor, the stamping mechanism also comprises a nut column fixedly connected with a motor shaft of the linear stepping motor and a pressing column fixedly connected with the nut column and used for pressing down the stamp; a motor shaft of the linear stepping motor rotates, and the pressing column is driven to do linear motion through the nut column. The seal rotating mechanism in the automatic stamping device can reduce the volume of equipment to a great extent, and has high rotating speed and low noise; the electronic lock has high safety.

Further, the scanner 30, the printer 20, the camera and the sealing machine 50 are all connected to a PC for communication and controlled by the PC. The scanner 30 scans and identifies the document page paper, and then sends the scanned and identified image to the PC, and the PC is used to compare the scanned image with the electronic document to identify the authenticity of the document and identify the document page to be stamped according to the scanned image. The casing 80 in the embodiment is a rectangular box, and the inside of the casing 80 is divided into three areas by partitions, including a first area located at the upper left corner, a second area located at the upper right corner, and a third area located below the first area and the second area. The scanner 30 is placed in the first area, the printer 20 is placed in the third area, a paper placing opening 81 is formed in the housing on the left side of the first area, and a paper feeding plate of the scanner 30 extends out of the paper placing opening 81, so that a user can place paper from the outside of the housing 80 into the scanner; the front case of the third area is provided with an ink cartridge port 82 for filling ink to the printer 20 and a paper feed port 83 for feeding paper to the printer 20. Considering that the volume of the scanner 30 is small, the volume of the printer 20 is large, and the paper outlets of the scanner 30 and the printer 20 are both in a horizontal paper discharging mode, in this embodiment, the third area is set to be L-shaped, even if the height of the second area is greater than that of the first area, the paper outlet of the printer 20 just corresponds to the vertical partition between the third area and the second area, and the vertical partition is provided with a mounting hole for mounting the paper feeding mechanism 60, that is, the paper outlet of the printer 20 is butted with the paper feeding mechanism 60, so that the paper printed by the printer 20 can directly enter the paper feeding mechanism 60 for transmission.

The embodiment further includes a paper gathering device 100 for gathering and collecting the paper conveyed by the paper feeding mechanism 60, the paper gathering device 100 is butted with the paper outlet of the paper feeding mechanism 60 and is located below the stamping machine 50, and the stamping machine 50 can directly perform identification stamping operation on the paper falling into the paper gathering device 100. As shown in fig. 6 to 8, the sheet stacker 100 in the present embodiment includes a delivery unit 8 and a fixing unit, and the delivery unit 8 is disposed in close proximity to the printer and at a position corresponding to the sheet discharge port of the sheet feeding mechanism 60. The paper delivery device 8 specifically comprises a bottom plate 11, a side plate 12, a baffle 13 and a limiting plate 14, wherein the bottom plate 11, the side plate 12 and the baffle 13 enclose a space for containing printing paper. The bottom plate 11 is rectangular as a whole and has a size corresponding to paper in the printer; the side plates 12 are arranged at the left side and the right side of the bottom plate 11 and are used for preventing paper from sliding out of the paper delivery device from the left side and the right side; the limiting plates 14 are arranged on the front side and the rear side of the bottom plate 11, are horizontally arranged and horizontally connected with the bottom plate 11, and are used for being matched with the fixing device to enable the whole paper delivery device to be limited and fixed; the baffle 13 is set up in bottom plate 11 front and back both sides equally for prevent that the paper from waving out from delivery unit front and back both sides, and when using, the baffle 13 of bottom plate 11 front side sets up in parallel with the exit slot of printer, and is in same vertical plane setting with the exit slot, so that each printing paper homoenergetic is complete to fall into in the delivery unit. Specifically, the width of the bottom plate 11 is set to be 20-40mm wider than paper in the printer, and the length is 7-21mm longer than the paper in the printer, so that the area of the paper accommodated by the whole paper collecting device is larger than the area of the paper, the paper can fall into the paper collecting device even if the paper slightly deviates from the left or the right when coming out of the printer, and meanwhile, the paper can be better gathered when falling into the paper collecting device due to the setting of the width and the length, and inconvenience in taking of a user due to scattering is avoided. The length setting of curb plate 12 in this embodiment is less than the length of bottom plate 11 for the part that the edge of curb plate and the edge of bottom plate 11 lack forms first breach, and simultaneously, baffle 13 is established in the limiting plate 14 left and right sides, make and form the second breach between the edge of baffle 13 and the edge of limiting plate 14, make the user directly can be followed the left and right sides of device and both sides around and the whole pile of paper in the paper collecting device or look for a certain paper in whole pile of paper through this first breach and second breach, and need not follow the paper above and turn down to open and take, make the user more convenient to taking of paper. The lower end of the side plate 12 is vertically connected with the bottom plate 11, the upper end of the side plate inclines outwards to form an inclined plane, the inclined plane part increases the area of the paper receiving device for receiving the paper on the left side and the right side, and meanwhile, the inclined plane part can play a role in guiding so that the paper can fall into the paper accommodating space more smoothly. The limiting plate 14 is provided with the limiting protrusion 15 protruding upwards, one end of the fixing device is fixed inside the shell 80 (at the bottom of the second area), and the other end of the fixing device is in contact with one side, far away from the bottom plate, of the limiting protrusion 15, so that the front end and the rear end of the whole paper collecting device can be tightly pushed by the fixing device, the situation that the paper collecting device moves in the using process can be prevented, and the paper collecting position of the paper collecting device can be kept fixed. The fixing device comprises a fixing plate 21 fixed inside the shell 80, an elastic part 22, a rotating shaft 23 and a clamping plate 24 which is rotatably connected with the fixing plate 21 through the rotating shaft 23, one end of the elastic part 22 abuts against the clamping plate 24, and the other end of the elastic part 22 abuts against the fixing plate 21, so that the clamping plate 24 can be always pressed against the limiting protrusion 15 under the action of the elastic part 22.

Since the paper outlet of the scanner 30 cannot be abutted to the paper feeding mechanism 60, the embodiment further provides a paper conveying channel 70 for abutting the paper outlet of the scanner 30 to the paper feeding mechanism 60, and paper feeding sensors are installed at both the paper conveying channel 70 and the paper feeding port of the paper feeding mechanism 60, and when sensing a paper, the paper conveying sensors can be automatically started to convey the paper. The sheet transport path 70 passes through a through hole provided at the bottom of the first region, and has one end abutting against the sheet discharge port of the scanner 30 and the other end abutting against the sheet feed port of the sheet feeding mechanism 60. The paper outlet of the paper feeding mechanism 60 is located in the second area, the bottom of the second area is provided with the paper collecting device 100, and the top of the second area is provided with the stamping machine 50. The paper folding device 100 corresponds to the paper outlet of the paper feeding mechanism 60, so that all the paper coming out of the paper feeding mechanism 60 can fall into the paper folding device 100, and the stamping machine 50 can stamp the paper falling into the paper folding device. A paper taking port 84 with an automatic control door body is arranged on the front shell of the second area, and a customer can take the paper in the paper folding device 100 through the paper taking port 84.

The totally-enclosed PC edition batch counterfeit-identifying, stamping and printing all-in-one machine provided by the embodiment can be connected with an office computer of a financial institution to use when in use, so that the use cost of the financial institution can be effectively saved; meanwhile, the machine can save a control module, the size of the machine can be reduced, products provided by the embodiment can be placed on a desktop as office supplies, and the operation is more convenient. When the electronic document folder is used, an operator of a financial institution sends an electronic document to the printer 20 through an office computer, the printer 20 prints the electronic document into paper document pages, and then the paper document pages are conveyed into the paper folder 100 through the paper conveying channel 70 and the paper feeding mechanism 60, at the moment, the door body on the paper taking port 84 is automatically opened for a certain time, the document pages in the paper folder 100 can be taken out from the paper taking port 84 for reference, and the document pages are printed in a signature area or by hand. After the machine starts up and starts working, the camera device 90 extends to a designated position, the first camera 91 is started to monitor the environment, and the second camera 92 is started to monitor the signature seal area in the process of taking a document page and signing a signature according to a fingerprint by a client in the whole process so as to prevent the situation that the user exchanges the document. When the customer signs and confirms that the bank sealing is needed, the document pages are placed into the scanning paper feeding plate of the scanner 30 in sequence from the paper placing port 81, and the scanner 30 scans images of each document page placed by the user and sends the scanned images to the PC. Since most of the existing contracts are in the form of duplex printing, the printer 20 and the scanner 30 in the present embodiment preferably employ a printer or a scanner that can perform duplex processing. Compared with a photographing identification mode, the scanner is greatly improved in speed and image definition, and file comparison speed and comparison accuracy are improved. The PC is used for recognizing the characters in the image scanned by the scanner 30, comparing the characters with the stored characters in the electronic file, and identifying whether the characters in the file are consistent with the characters in the file before and after the file is stored. The PC in this embodiment verifies the two files by means of line-by-line comparison and full-text comparison. After the scanning of each document page is completed, the comparison and analysis are immediately carried out, when the counterfeit identification is successful, namely when some part of characters in the two documents are inconsistent, the PC controls the scanner 30 not to scan other document pages, and sends prompt information to the bank management terminal to prompt the management personnel to process. In other embodiments, the PC may also perform document comparison by using a key area comparison method, and only perform text comparison analysis on the portions of the two documents related to the amount of money, the name, or other important information when performing key area comparison, where the comparison method has higher counterfeit identification accuracy and can increase the identification speed. The document pages scanned by the scanner 30 are conveyed to the paper folding device 100 one by one through the paper feeding mechanism 60, if the characters in the front and back documents are identified to be consistent, the PC identifies the document page to be stamped according to the image scanned by the scanner 30, and when the document page to be stamped falls into the paper folding device 100, the stamping machine 50 stamps on the identified document page to be stamped, at this moment, the contract is stamped to be effective, and the door body on the paper taking port 84 is automatically opened for a certain time for the client to take the contract. Generally, the stamped document page has special characters and formats compared with other document pages, and when the PC identifies that the documents are consistent and identifies the special characters and formats on the stamped document page, the stamping machine 5 is controlled to stamp on the stamped document page. When a plurality of stamped document pages exist, namely, different document pages need to be stamped, the PC controls the scanner 30 to stop scanning and feeding paper when the stamping machine 5 stamps a certain stamped document page, and continues scanning and comparing after the stamping of the stamped document page is finished, so as to realize a plurality of times of multi-page stamping of the contract document.

Further, as shown in fig. 6, the paper feeding mechanism 60 in this embodiment includes a roller group mounted on a vertical partition 86 inside the housing and a paper feeding device abutting against a paper feeding port of the roller group. The paper feeding device comprises an upper paper feeding plate 72 and a lower paper feeding plate 73 which are fixedly arranged on the machine shell, the upper paper feeding plate 72 and the lower paper feeding plate 73 are integrally horn-shaped, and one ends of the upper paper feeding plate 72 and the lower paper feeding plate 73 close to the roller group approach each other to form a paper outlet. The roller group further comprises a paper pressing roller 74, a driving roller 75 and a paper poking roller 76 which are sequentially distributed from top to bottom and are arranged in parallel in the axial direction, wherein the paper pressing roller 74 has no power and can rotate freely; the driving roller 75 is driven by a motor to rotate, the lower end of the paper pressing roller 74 is connected with the upper end of the driving roller 75, and the paper pressing roller 74 is driven by the friction force provided by the driving roller to rotate; the pickup roller 76 is disposed below and in front of the drive roller 75, connected to the drive roller 75 via a transmission member 77, and rotated by the drive roller 75. A paper-shifting wheel 61 is arranged on the paper-shifting roller 76, a convex part 62 protruding outwards is arranged on the wheel surface of the paper-shifting wheel 61, and the paper outlet of the paper feeding device is butted with the upper end of the driving roller 75. The front end of the paper enters between the paper pressing roller 74 and the driving roller 75 from the paper outlet of the paper feeding device, and moves forward under the driving of the paper pressing roller 74 and the driving roller 75, and passes through between the driving roller 75 and the paper pressing roller 74, because the paper shifting roller 76 is arranged at the lower front part of the driving roller 75, the rear end of the paper drops on the paper shifting roller 76 after passing through the driving roller 75, the paper shifting roller 76 rotates continuously forward, the bulge 62 on the paper shifting wheel 61 shifts the rear end of the paper to enable the paper to push forward and fall into the paper collecting device 8 at the front side, and the pressure accumulation of the paper on the edge of the paper collecting device 8 caused by static electricity and the like is avoided. The paper poking wheel 61 in the embodiment is preferably made of a PU sheet, the PU sheet is light in weight and has good elastic deformation recovery capability, and a user can poke the PU sheet to perform various operations, so that the problems are solved well. The protrusions 62 on the paper shifting wheel 61 are preferably rectangular protrusions which are equally distributed on the circumferential periphery of the paper shifting wheel 61, so that the paper shifting wheel 61 can continuously shift paper to advance.

The paper conveying device in the embodiment has the function of conveying the paper, and also has the function of ejecting the forged paper out of the machine when the counterfeit paper is successfully identified. Specifically, as shown in fig. 9 to 11, the paper conveying device includes a frame installed on the housing 80 and the partition, and a paper feeding path 1, a conveying path 2, a paper discharging path 3, a path switching module 4, a forward and reverse conveying module, and a paper pressing module installed on the frame. The paper feeding channel 1 and the paper withdrawing channel 3 are arranged at the same end, the paper feeding channel 1 is arranged at the upper side, the paper withdrawing channel 3 is arranged at the lower side of the paper feeding channel 1, the paper feeding channel and the paper withdrawing channel are arranged in a horn-shaped inclined mode, and outlets are located on the same vertical plane and approach to each other. The paper feeding path 1 is abutted with the paper outlet of the scanner 30, and the document pages scanned by the scanner 30 all fall into the paper feeding path 1. The paper inlet of the transmission channel 2 is connected with the paper inlet channel 1 and the paper outlet channel 3 through the channel switching module 4, and the paper outlet of the transmission channel 2 is butted with the paper collecting device. The channel switching module 4 includes a switching channel 41 disposed between the transmission channel 2 and the paper feeding channel 1/the paper ejecting channel 3 and a driving mechanism for driving the switching channel 41 to move up and down, and when the switching channel 41 is located at an upper end position, the switching channel 41 is abutted against the paper feeding channel 1, and when the switching channel 41 is located at a lower end position, the switching channel 41 is abutted against the paper ejecting channel 3, so that the transmission channel 2 is connected to the paper feeding channel 1 and the paper ejecting channel 3, respectively. The forward and reverse transmission module comprises a first motor 51 installed on the rack and a plurality of transmission rollers 52 distributed in the transmission channel 2 and the paper returning channel 3, the transmission rollers 52 and the transmission rollers 52 are connected with the first motor 51 through conveyor belts 53, and document pages can be driven to be transmitted when falling onto the transmission rollers 52. The first motor 51 is a motor capable of rotating forward and backward, when the first motor 51 rotates forward, the first motor drives each transmission roller 52 to rotate forward, at this time, the document sheet falls into the paper feed channel 1 from the paper outlet of the scanner 30, because the paper feed channel 1 is arranged obliquely upward, under the action of gravity, the document sheet directly enters the transmission channel 2 from the paper feed channel 1 through the switching channel, and the transmission rollers 52 in the transmission channel 2 drive the document sheet to advance forward and fall into the paper collecting device; when the first motor 51 rotates reversely, each transport roller 52 is driven to rotate backwards, and the document sheet in the transport channel 2 moves backwards under the drive of the transport roller 52, enters the paper exit channel 3 after passing through the switching channel 41, and exits from the machine driven by the transport roller 52 in the paper exit channel 3. The driving mechanism comprises a second motor 42 arranged on the frame, a first rotating shaft 43 driven by the second motor 42 to rotate, an eccentric wheel 44 fixed on the first rotating shaft 43, and a driving block 45 with the upper end connected with the eccentric wheel 44 and the lower end fixedly connected with the switching channel 41, wherein the upper end of the driving block is provided with a rectangular frame 46 with the height same as the diameter of the eccentric wheel 41, and the eccentric wheel 44 is arranged in the rectangular frame 46; the driving block 45 can move freely as a whole, and because the position of the first rotating shaft 43 is fixed, the rectangular frame 46 and the driving block 45 move up and down under the driving of the eccentric wheel 44 in the rotating process of the eccentric wheel 44, so that when the driving block 45 moves down to the second position, the switching channel 41 is butted with the paper ejecting channel 3, and at the moment, a passage is formed between the conveying channel 2 and the paper ejecting channel 3; when the driving block 45 moves up to the first position, the switching path 41 is abutted against the paper feeding path 1, and a path is formed between the conveying path 2 and the paper feeding path 1. The first motor 51 and the second motor 42 are electrically connected to the PC, and are controlled by the PC to start operation. As shown in fig. 5, the paper pressing module is disposed on the frame at the same end as the paper outlet of the transmission channel 2, and includes a third motor 61 mounted on the frame, a second rotating shaft 62 driven by the third motor 61 to rotate, and a pressing plate 63 fixed on the second rotating shaft 62, the pressing plate 63 can be driven by the forward and reverse rotation of the third motor 61 to rotate up and down, the position of the pressing plate 63 corresponds to the paper outlet of the transmission channel 2, when the pressing plate 63 is pressed down, the document at the paper outlet of the transmission channel 2 can be pressed down, because the other side of the paper outlet of the transmission channel 2 is the paper gathering device, the document at the paper outlet of the transmission channel 2 can be pressed into the paper gathering device by the pressing down of the pressing plate 63, so that the document can fall into the paper gathering device more easily, and the document can be prevented from being deviated.

When in use, the scanner 30 scans each document page in sequence, and when each document page is scanned, the scanner 30 sends the image of the document page to the PC for counterfeit identification once, because the PC needs a certain time for counterfeit identification, the document sheet is transported to the paper outlet of the transport channel 2 by the paper transport device, at this time, the switching channel 41 is butted with the paper feeding channel 1, the document sheet falls into the transport channel 2 after passing through the paper feeding channel 1 and the switching channel 41, and is driven to the paper outlet of the transmission channel 2 by the transmission of the transmission rollers 52 distributed in the transmission channel 2, at the moment, the PC controls the first motor 51 to stop rotating, so that the head of the document page is positioned above the paper gathering device, the tail of the document page still stays on the transmission rollers 52 in the transmission channel 2, at the same time, the PC controls the third motor 61 to operate so that the pressing plate 63 presses down the head of the document sheet toward the sheet stacker. After the PC finishes the identification of the current document page, if the identification is successful, namely the image of the current document page is inconsistent with the electronic document, the PC controls the second motor 42 to operate so that the switching channel 41 moves to be butted with the paper returning channel 3, and controls the first motor 51 to rotate reversely so that the document page is transmitted backwards from the transmission channel 2 and exits from the paper returning channel 3; if the documents are consistent, that is, the current document page image is consistent with the electronic document, the PC controls the first motor 51 to continue to rotate forwards, so that the current document page falls into the paper collecting device, controls the third motor 61 to rotate reversely to reset the pressing plate 63, and controls the second motor 42 to operate until the switching channel 41 is butted with the paper feeding channel 1, thereby completing the processing of one document page. When the stamping machine 50 acts, the scanner 30 scans the next document page, the scanned document page falls into the transmission channel 2 for transmission, if the stamping of the stamping machine 50 to the previous document page is not completed, the current document page stays at the paper outlet of the transmission channel 2, and meanwhile, the scanner 30 suspends scanning of the next document page until the stamping of the previous document page is completed and then continues to scan, so that the batch and orderly stamping of a plurality of document pages is realized.

The embodiment also provides a processing method of the totally-enclosed PC-edition batch authenticity-identifying, stamping and printing all-in-one machine, which comprises the following steps:

s1, acquiring an electronic file; all electronic files are stored in the PC in advance.

The S2PC machine sends the electronic file to the printer 20, which is printed by the printer 20 into a paper document page.

S3 the user signs or presses the fingerprint and puts the document page into the scanner 30, the scanner 30 scans the image of the document page put by the client, and the scanned image is sent to the PC.

And S4PC, recognizing the characters in the graph according to the scanned image, comparing the characters with the characters in the electronic file, identifying whether the front file and the back file are consistent, and recognizing the file page to be stamped according to the scanned image if the front file and the back file are consistent. The character comparison is carried out on the two files in a line-by-line comparison and full-text comparison mode, each file page is immediately compared and analyzed after scanning is completed, when the counterfeit identification is successful, namely, when the situation that a certain part of characters in the two files are inconsistent occurs, scanning of other file pages is not carried out, and a manager is prompted to carry out processing. In other embodiments, the document comparison may also be performed by a key area comparison method, and only the part of the two documents related to the amount of money, the name or other important information is subjected to text comparison analysis when the key area comparison is performed, so that the comparison method has high counterfeit identification accuracy and can increase the identification speed. And if the characters in the front file and the back file are consistent after identification, identifying the file page to be stamped according to the scanned image.

And after the authentication of the S5PC machine passes, controlling the stamping machine 50 to stamp the identified document page to be stamped. The document sheet scanned by the scanner is transported to the sealing machine 50 through the sheet transport path 70 and the sheet feeding mechanism 60. The stamped file page has special characters and formats compared with other file pages, and when the files are identified to be consistent and the special characters and formats on the stamped file page are identified, the stamping operation can be carried out on the stamped file page. When a plurality of stamped document pages need to be stamped on different document pages, the scanning of the next document page is stopped when the stamping of the previous stamped document page is not finished, and the scanning comparison of the next document page is continued after the stamping of the previous stamped document page is finished, so that the contract document can be stamped by a plurality of pages in sequence.

Through the totally-enclosed PC edition batch counterfeit identifying, stamping and printing all-in-one machine and the processing method thereof provided by the embodiment of the utility model, when in use, the machine can be connected with the office computer of a financial institution for use, is easier to be compatible, and can effectively save the use cost of the financial institution; meanwhile, the machine can save a control module, has smaller volume and can be used as a desktop for placing office supplies; the equipment can be arranged beside the office table, so that the operation is more convenient; the security is high, and convenient to use can realize that the self-service contract between customer and the financial institution is signed for, after financial institution service personnel and customer affirm the contract that needs to go on, only need with corresponding electronic file send to the printer can, follow-up need not to carry out many times inspection and affirmation with the customer again. After the customer takes out the printed document pages to check the printed document pages, signs and prints, the document pages are sequentially put into a scanner, the system scans and identifies characters of each document page put into the customer, contrasts, analyzes and identifies the characters and the electronic document corresponding to the contract, if the characters of the two documents are consistent, the stamped document pages in the document pages are automatically identified, and the stamped document pages are stamped by a stamping machine, so that the signing process of the whole contract is completed, the system is very convenient and fast, and is beneficial to improving the work efficiency of financial institutions.

The embodiments of the present invention have been described with reference to the accompanying drawings, but the present invention is not limited to the above-mentioned embodiments, which are only illustrative and not restrictive, and those skilled in the art can make many forms without departing from the spirit and scope of the present invention, and all of them fall within the protection scope of the present invention.

Claims (9)

1. The utility model provides a totally closed PC version is in batches discerned pseudo-all-in-one of stamping and printing, which is characterized in that, includes the casing to and install scanner, printer, paper feeding mechanism and the machine of stamping in the casing, the exit slot of scanner and printer all dock with paper feeding mechanism's paper feed mouth, paper feeding mechanism's exit slot with the machine of stamping docks, the casing top is equipped with signature area of stamping, be equipped with camera device above the casing, camera device includes the first camera that is used for monitoring the environment and is used for monitoring the second camera in signature area of stamping; the scanner includes paper transport mechanism, paper scanning detection mechanism and main control board, paper scanning detection mechanism is including installing respectively last image sensor and lower image sensor above paper transport mechanism transfer path and below, and with go up image sensor and lower image sensor electric connection's image processing board, the image processing board with main control board electric connection.

2. The fully-enclosed PC edition batch counterfeit-identifying, stamping and printing all-in-one machine according to claim 1, wherein the scanner, the printer and the stamping machine are all in communication connection with the PC.

3. The fully-closed PC edition batch counterfeit-discrimination stamping and printing all-in-one machine according to claim 1, wherein a paper placing opening for a paper feeding plate of the scanner to extend out of and a paper taking opening for a user to take stamped paper are arranged on the shell, and an electric control door is arranged on the paper taking opening.

4. The fully-enclosed PC edition batch counterfeit-discrimination, stamping and printing all-in-one machine according to claim 1, further comprising a paper gathering device for gathering and collecting the paper conveyed by the paper feeding mechanism.

5. The fully-enclosed PC edition batch counterfeit-discrimination stamping and printing all-in-one machine according to claim 1, further comprising a paper conveying channel for conveying paper from a paper outlet of the scanner to a paper inlet of the paper feeding mechanism.

6. The fully-closed PC edition batch counterfeit discrimination, stamping and printing all-in-one machine according to claim 5, wherein the paper transmission channel comprises a paper feed channel, a transmission channel, a paper exit channel, a channel switching module and a forward and reverse transmission module, the paper feed channel and the paper exit channel are arranged on the same side, the paper exit of the paper feed channel and the paper entrance of the paper exit channel are simultaneously butted with one end of the channel switching module, the other end of the channel switching module is butted with one end of the transmission channel, the other end of the transmission channel is butted with the paper gathering device, the channel switching module can move up and down, when the channel switching module is located at a first position, the paper feed channel is communicated with the transmission channel, and when the channel switching module is located at a second position, the paper exit channel is communicated with the transmission channel, the forward and reverse transmission module is used for driving the document pages in the transmission channel to move forward or backward.

7. The totally-enclosed PC edition is in batches discerned pseudo-printing all-in-one of stamping according to claim 1, characterized in that, paper feeding mechanism including install the roller train in the inside frame of casing and with the paper feed device that the paper feed mouth of roller train docks mutually, the roller train includes axial parallel arrangement's drive roll, dancer roll and group paper roll, the dancer roll lower extreme with the drive roll upper end meets just the dancer roll is driven by the frictional force that the drive roll provided and is rotated, group paper roll sets up the place ahead under the drive roll, through the driving medium with the drive roll links to each other and by the drive roll drives forward and rotates, be equipped with group paper wheel on group paper roll, be equipped with outside outstanding arch on group paper wheel's the wheel face, paper feed device's exit slot with the upper end of drive roll docks mutually, the front end of paper is in the drive roll with the dancer roll drive down follow the drive roll with pass through between the dancer roll, the rear end of the paper falls on the paper poking roller after passing through the driving roller and is pushed forward under the poking of the protrusions on the paper poking wheel.

8. The fully-closed PC edition batch counterfeit-discrimination stamping and printing all-in-one machine according to claim 4, wherein the paper collecting device comprises a paper collecting device and a fixing device, the paper collecting device comprises a rectangular bottom plate, side plates arranged at the left side and the right side of the bottom plate, baffle plates arranged at the front side and the rear side of the bottom plate and limiting plates horizontally connected with the front side and the rear side of the bottom plate, the width of the bottom plate is 20-40mm wider than that of paper in a printer, the length of the bottom plate is 7-21mm longer than that of the paper in the printer, the length of the side plates is smaller than that of the bottom plate, the lower ends of the side plates are erected on the bottom plate, the upper ends of the side plates are inclined outwards to form an inclined plane, the limiting plates are provided with limiting bulges protruding upwards, one end of the fixing device is fixed, the front end and the rear end of the paper delivery device are limited.

9. The fully-closed PC edition batch counterfeit-identifying, stamping and printing all-in-one machine according to claim 1, wherein the stamping machine comprises an automatic stamping mechanism and an electronic lock; the automatic stamping mechanism comprises a support, a stamp rotating mechanism arranged in the support and used for rotating a stamp to a preset position, and a stamping mechanism arranged on the support and used for pushing the stamp to stamp downwards; the seal rotating mechanism rotates the seal to a preset position, the seal mechanism pushes the seal to be pressed downwards to complete sealing, the sealing mechanism comprises a driving device, the driving device comprises a linear stepping motor, the sealing mechanism further comprises a nut column in threaded connection with a motor shaft of the linear stepping motor and a pressing column which is fixedly connected with the nut column and used for pressing the seal downwards; and a motor shaft of the linear stepping motor rotates, and the nut column drives the pressing column to do linear motion.

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