CN113643005A - Self-service reimbursement method and device - Google Patents
Self-service reimbursement method and device Download PDFInfo
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- CN113643005A CN113643005A CN202111190464.XA CN202111190464A CN113643005A CN 113643005 A CN113643005 A CN 113643005A CN 202111190464 A CN202111190464 A CN 202111190464A CN 113643005 A CN113643005 A CN 113643005A
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Abstract
The invention discloses a self-service reimbursement method and a device, belonging to the field of self-service reimbursement, and the self-service reimbursement method and the device comprise: step S1: the system controls a camera on the self-service reimbursement machine to carry out face recognition and verification on identity information of an operator; step S2: the system controls a scanner on the self-service reimbursement machine to verify the integrity of the scanned file; step S3: the system controls a scanner on the self-service reimbursement machine to scan and verify the invoices; step S4: manually verifying reimbursement application and reimbursement information through a terminal; compared with the prior art, the invention has the advantages that: the reimbursement process is one, so that the reimbursement process is simplified and normalized, and the reimbursement personnel can operate more conveniently; the rubber tube has been increased in the mainframe box, can be used to the shock attenuation to quick-witted case mainboard, can realize the water-cooling heat dissipation to quick-witted case mainboard simultaneously, and accessible pulling pull rod realizes the dust removal to quick-witted case mainboard bottom simultaneously, optimizes quick-witted case mainboard operational environment, extension device life.
Description
Technical Field
The invention belongs to the technical field of self-service reimbursement, and particularly relates to a self-service reimbursement method and device.
Background
The existing reimbursement system has a plurality of problems, reimbursement is difficult, reimbursement personnel need to take invoices to run up and down for a finder to sign, inconvenience is caused, invoice identification is not arranged in the reimbursement process, authenticity of the invoices is difficult to identify, and repeated reimbursement of electronic invoices also exists.
Disclosure of Invention
The invention aims to provide a self-service reimbursement method and a self-service reimbursement device so as to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme: a self-service reimbursement method and device includes steps S1: the system controls a camera on the self-service reimbursement machine to carry out face recognition and verification on identity information of an operator; step S2: the system controls a scanner on the self-service reimbursement machine to verify the integrity of the scanned file; step S3: the system controls a scanner on the self-service reimbursement machine to scan and verify the invoices; step S4: manually verifying reimbursement application and reimbursement information through a terminal; step S5: the system controls a printing device arranged on the self-service reimbursement machine to print the receipt of the reimbursement note; the scanning and verifying of the invoice in the step S3 is specifically divided into the following steps: step S31: the system carries out data archiving on a plurality of bill formats in advance, and partitions key parts and non-key parts of each bill to establish a bill database; step S32: scanning bills, selecting 300dpi in scanning resolution, and identifying bill types through image comparison; step S33: after scanning, a screen presents a scanned image, and the key part and the non-key part of the bill are subjected to frame selection display for confirmation and modification by a user; step S34: after the user selects and modifies the key and non-key areas through a frame, relevant information is stored in the system, counting is carried out, when the modification times of the same part reach a certain value, the system covers the modified area data with the value of the original bill database, and a follow-up system displays the modified area; step S35: extracting characters of key part data, simultaneously carrying out manual comparison, storing the data after manual modification by a system, and marking a modification label for distinguishing automatic identification data from manual modification data; step S36: generating a set of digital copies in a double-layer PDF format by the extracted text files; the step S35 mainly includes four modules, namely, image preprocessing, table extraction, content matching, and character recognition.
Preferably, the image preprocessing specifically detects each character image and sends the detected character image to the recognition module for recognition; the table extraction specifically comprises the steps of carrying out simple morphological operation on original invoice images, obtaining binary images by adopting self-adaptive thresholding, and carrying out line segment identification on the binary images to realize table extraction; the content matching comprises the following specific steps: the invoice content is multi-row and multi-column text, the whole recognition effect is poor, so the invoice is divided firstly and then recognized, tables containing information are cut separately, each table is an image, the tables containing the multi-row text are subdivided through an algorithm, each obtained image only contains one column of text, and the formula for extracting the region of interest is as follows: r1= s1[ y 1: y2, x 1: x2], wherein r1 is a region to be recognized, s1 is a target image, x1 is the 1 st abscissa, y1 is the 1 st ordinate, x2 is the 2 nd abscissa, y2 is the 2 nd ordinate, under the condition that the intersection point coordinate is known, the content is matched with the header, then correction is carried out according to the character width, the text content is separated from the frame, the coordinates (x 1, y 1), (x 2, y 2) are not fixed numerical values but relative positions, and as the absolute positions can change along with the change of the size and the position of the image, the relative positions are adopted in the text, and the adaptive matching of the header and the content is realized; the character recognition specifically trains a word stock specifically for invoice recognition by introducing jTessBoxEditor.
Preferably, a mainframe box is installed in the self-service reimbursement machine, a case mainboard is installed in the mainframe box and is connected to the inside of the mainframe box in a sliding manner, a heat dissipation plate is fixedly connected to the bottom of the inner cavity of the mainframe box, a case cover is installed on the mainframe box, a telescopic strut is fixedly connected to the case cover, one end, away from the case cover, of the telescopic strut abuts against the case mainboard, chutes are formed in the inner walls of the two sides of the mainframe box, sliders are respectively and slidably connected to the chutes, pull rods are respectively and fixedly connected to the two sliders, a spring is arranged between each slider and the mainframe box, the two ends of the spring are respectively and fixedly connected to the sliders and the mainframe box, a plurality of reset rods are fixedly connected between the two sliders, a plurality of wire grooves are formed in the heat dissipation plate, a plurality of openings are formed in the upper end of each wire groove, and a rubber tube is arranged in each wire groove, the rubber tube outwards forms a plurality of buckles through a plurality of openings, each reset rod passes through a plurality of buckles formed by the rubber tube under, the mainframe box is rotatably connected with a central rotating shaft, one end of the rubber tube is fixed on the central rotating shaft, a backflow cavity is arranged in the central rotating shaft, one end of the rubber tube far away from the central rotating shaft is fixedly connected with a tube divider, the tube divider is communicated with an air exhauster and a water pumping machine, the air exhauster is communicated with the dust removal tube, the water pumping machine is communicated with a water tank, the water tank is communicated with a backflow pipe, one end of the backflow pipe far away from the water tank is communicated with the backflow cavity, a dust removal channel and a heat dissipation channel are arranged in the rubber tube, the outer wall of the dust removal channel is provided with a plurality of dust absorption holes, the dust removal channel is communicated with the air exhauster through the tube divider, the heat dissipation channel is communicated with the water pumping machine through the tube divider, one end of the heat dissipation channel far away from the tube divider is communicated with the backflow cavity, one end of the dust suction hole, which is far away from the pipe separator, is of a closed structure.
Preferably, the sliding chute side wall is fixedly connected with a first contact and a second contact, the first contact is electrically connected with the exhaust fan, and the second contact is electrically connected with the water pumping machine.
Preferably, the central rotating shaft is driven by a motor.
The invention has the technical effects and advantages that:
1. the reimbursement process is one, so that the reimbursement process is simplified and normalized, and the reimbursement personnel can operate more conveniently;
2. the rubber tube has been increased in the mainframe box, can be used to the shock attenuation to quick-witted case mainboard, can realize the water-cooling heat dissipation to quick-witted case mainboard simultaneously, and accessible pulling pull rod realizes the dust removal to quick-witted case mainboard bottom simultaneously, optimizes quick-witted case mainboard operational environment, extension device life.
Drawings
FIG. 1 is a flow chart of the present invention;
FIG. 2 is a schematic view of a self-service reimbursement machine according to the present invention;
FIG. 3 is a schematic structural view of a dust removing state of the main chassis according to the present invention;
FIG. 4 is a structural diagram of a heat dissipation state of the main chassis according to the present invention;
FIG. 5 is an enlarged view of portion A of FIG. 3 according to the present invention;
FIG. 6 is an enlarged view of portion B of FIG. 3 in accordance with the present invention;
FIG. 7 is an enlarged view of a portion C of FIG. 3 in accordance with the present invention;
FIG. 8 is a top view of the heat dissipating plate of the present invention in a heat dissipating state;
FIG. 9 is an enlarged view of a portion D of FIG. 8 in accordance with the present invention;
FIG. 10 is a schematic view of the structure of the rubber tube of the present invention.
In the figure: 100. a self-service reimbursement machine; 101. a main chassis; 102. a case cover; 103. a telescopic strut; 104. a case main board; 105. a heat dissipation plate; 106. a rubber tube; 107. a reset lever; 108. a chute; 109. a pull rod; 201. a slider; 202. a spring; 203. a pipe divider; 204. an exhaust fan; 205. a dust removal pipe; 206. a water pumping machine; 207. a water tank; 208. a return pipe; 209. a reflux cavity; 301. a central rotating shaft; 302. a dust removal channel; 303. a heat dissipation channel; 304. a dust collection hole; 305. a first contact; 306. a second contact.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The invention provides a self-service reimbursement method and a device as shown in figures 1-9, comprising the following steps: step S1: the system controls a camera on the self-service reimbursement machine 100 to perform face recognition and verification on identity information of an operator; step S2: the system controls the scanner on the self-service reimbursement machine 100 to verify the integrity of the scanned file; step S3: the system controls the scanner on the self-service reimbursement machine 100 to scan and verify the invoice; step S4: manually verifying reimbursement application and reimbursement information through a terminal; step S5: the printing device arranged on the system control self-service reimbursement machine 100 prints the receipt of the reimbursement note; the scanning and verifying of the invoice in the step S3 is specifically divided into the following steps: step S31: the system carries out data archiving on a plurality of bill formats in advance, and partitions key parts and non-key parts of each bill to establish a bill database; step S32: scanning bills, selecting 300dpi in scanning resolution, and identifying bill types through image comparison; step S33: after scanning, a screen presents a scanned image, and the key part and the non-key part of the bill are subjected to frame selection display for confirmation and modification by a user; step S34: after the user selects and modifies the key and non-key areas through a frame, relevant information is stored in the system, counting is carried out, when the modification times of the same part reach a certain value, the system covers the modified area data with the value of the original bill database, and a follow-up system displays the modified area; step S35: extracting characters of key part data, simultaneously carrying out manual comparison, storing the data after manual modification by a system, and marking a modification label for distinguishing automatic identification data from manual modification data; step S36: generating a set of digital copies in a double-layer PDF format by the extracted text files; the step S35 mainly includes four modules, namely, image preprocessing, table extraction, content matching, and character recognition.
Specifically, the image preprocessing specifically detects each character image and sends the character image to an identification module for identification; the table extraction specifically comprises the steps of carrying out simple morphological operation on original invoice images, obtaining binary images by adopting self-adaptive thresholding, and carrying out line segment identification on the binary images to realize table extraction; the content matching comprises the following specific steps: the invoice content is multi-row and multi-column text, the whole recognition effect is poor, so the invoice is divided firstly and then recognized, tables containing information are cut separately, each table is an image, the tables containing the multi-row text are subdivided through an algorithm, each obtained image only contains one column of text, and the formula for extracting the region of interest is as follows: r1= s1[ y 1: y2, x 1: x2], wherein r1 is a region to be recognized, s1 is a target image, x1 is the 1 st abscissa, y1 is the 1 st ordinate, x2 is the 2 nd abscissa, y2 is the 2 nd ordinate, under the condition that the intersection point coordinate is known, the content is matched with the header, then correction is carried out according to the character width, the text content is separated from the frame, the coordinates (x 1, y 1), (x 2, y 2) are not fixed numerical values but relative positions, and as the absolute positions can change along with the change of the size and the position of the image, the relative positions are adopted in the text, and the adaptive matching of the header and the content is realized;
The character recognition specifically trains a word stock specifically for invoice recognition by introducing jTessBoxEditor.
Specifically, install mainframe box 101 in the self-service reimbursement machine 100, install quick-witted case mainboard 104 in the mainframe box 101, quick-witted case mainboard 104 sliding connection is inside mainframe box 101, mainframe box 101 inner chamber bottom fixedly connected with heating panel 105, install quick-witted case lid 102 on the mainframe box 101, fixedly connected with telescopic strut 103 on the quick-witted case lid 102, the one end that telescopic strut 103 kept away from quick-witted case lid 102 is contradicted on quick-witted case mainboard 104, mainframe box 101 both sides inner wall all is equipped with spout 108, two all sliding connection has slider 201 in the spout 108, all fixedly connected with pull rod 109 on two sliders 201, every all be equipped with spring 202 between slider 201 and the mainframe box 101, the both ends of spring 202 are fixed connection respectively on slider 201, mainframe box 101, fixedly connected with a plurality of release links 107 between two sliders 201, be equipped with many wire casing in the heating panel 105, a plurality of openings are formed in the upper end of each wire slot, a rubber tube 106 is arranged in each wire slot, the rubber tube 106 outwards forms a plurality of buckles through the plurality of openings, each reset rod 107 penetrates through the plurality of buckles formed by the rubber tube 106 under the reset rod, a central rotating shaft 301 is rotatably connected in the mainframe box 101, one end of the rubber tube 106 is fixed on the central rotating shaft 301, a backflow cavity 209 is arranged in the central rotating shaft 301, one end of the rubber tube 106, far away from the central rotating shaft 301, is fixedly connected with a tube divider 203, the tube divider 203 is communicated with an exhaust fan 204 and a water pumping machine 206, the exhaust fan 204 is communicated with a dust removal tube 205, the water pumping machine 206 is communicated with a water tank 207, a backflow tube 208 is communicated with the water tank 207, one end, far away from the water tank 207, of the backflow tube 208 is communicated with the backflow cavity 209, a dust removal channel 302 and a heat dissipation channel 303 are arranged in the rubber tube 106, the outer wall of the dust removal channel is provided with a plurality of dust removal holes 304, the dust removal channel 302 is communicated with the exhaust fan 204 through the pipe divider 203, the heat dissipation channel 303 is communicated with the water pump 206 through the pipe divider 203, one end of the heat dissipation channel 303, which is far away from the pipe divider 203, is communicated with the backflow cavity 209, and one end of the dust suction hole 304, which is far away from the pipe divider 203, is of a closed structure.
Specifically, the side wall of the chute 108 is fixedly connected with a first contact 305 and a second contact 306, the first contact 305 is electrically connected with the exhaust fan 204, and the second contact 306 is electrically connected with the water pump 206.
Specifically, the central rotating shaft 301 is specifically driven by a motor.
The working principle is as follows:
when the reimbursement personnel carry out the reimbursement operation, carry out face identification to the reimbursement personnel through the camera, verify reimbursement personnel identity information, after identity information verification is accomplished, scan the reimbursement file through the scanner, and verify the file integrality through file integrality verification unit, treat that the file is verified qualified after, scan the invoice two-dimensional code through the scanner, and carry out invoice authenticity verification through invoice authenticity verification unit, after the area is verified and is passed through, with all files packing upload, carry out remote terminal approval through the unit of approving on the net, treat that the approval passes through the back, control printing device through the receipt of reimbursement, the reimbursement is accomplished promptly.
The case mainboard 104 is connected inside the main case 101 in a sliding manner, the case mainboard 104 is pressed downwards through the telescopic support rod 103, when the device is used, the rubber tube 106 inside the heat dissipation plate 105 is tightened, the redundant rubber tube 106 is wound on the central rotating shaft 301, the rubber tube 106 and the upper end of the heat dissipation plate 105 are distributed in a buckling manner, the shock absorption can be carried out on the case mainboard 104, meanwhile, the sliding block 201 is positioned at the bottom end of the sliding groove 108 under the action of the spring 202, the pull rod 109 is in contact with the second contact 306 at the moment, the second contact 306 controls the water pumping machine 206 to be started, water is pumped in a heat dissipation channel 303 in the rubber tube 106 through the water pumping machine 206, the case mainboard 104 is in contact with a buckling portion formed by the rubber tube 106 exposed outside the heat dissipation plate 105, the heat dissipation is carried out on the case mainboard 104, cooling water flows into a backflow cavity 209 through the heat dissipation channel 303 and flows back into the water tank 207 through the backflow pipe 208;
When the chassis main board 104 is subjected to dust removal, a user pulls the pull rod 109 upwards, the pull rod 109 is separated from the second contact 306, water pumping is stopped at this time, the reset rod 107 moves upwards at the same time, the rubber tube 106 is expanded under the action of the reset rod 107, the first contact 305 controls the exhaust fan 204 to exhaust air when the pull rod 109 is in contact with the first contact 305, at this time, dust at the bottom of the chassis main board 104 is sucked into the dust removal channel 302 along the dust suction hole 304 formed in the rubber tube 106 and is discharged out of the main chassis 101 along the second contact 306, after dust removal is completed, the pull rod 109 is released, the sliding block 201 is reset under the action of the spring 202, at this time, the motor is started, the central rotating shaft 301 rotates under the action of the motor, the rubber tube 106 is wound on the central rotating shaft 301, and at this time, the rubber tube 106 is tightened, namely, the buckle is contracted, and the reset is completed.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments or portions thereof without departing from the spirit and scope of the invention.
Claims (5)
1. A self-service reimbursement method is characterized in that: the method comprises the following steps:
step S1: the system controls a camera on the self-service reimbursement machine (100) to carry out face recognition and verification on identity information of an operator;
step S2: the system controls a scanner on the self-service reimbursement machine (100) to verify the integrity of the scanned file;
step S3: the system controls a scanner on the self-service reimbursement machine (100) to scan and verify the invoice;
step S4: manually verifying reimbursement application and reimbursement information through a terminal;
step S5: the system controls a printing device arranged on the self-service reimbursement machine (100) to print the receipt of the reimbursement note;
the scanning and verifying of the invoice in the step S3 is specifically divided into the following steps:
step S31: the system carries out data archiving on a plurality of bill formats in advance, and partitions key parts and non-key parts of each bill to establish a bill database;
step S32: scanning bills, selecting 300dpi in scanning resolution, and identifying bill types through image comparison;
step S33: after scanning, a screen presents a scanned image, and the key part and the non-key part of the bill are subjected to frame selection display for confirmation and modification by a user;
Step S34: after the user selects and modifies the key and non-key areas through a frame, relevant information is stored in the system, counting is carried out, when the modification times of the same part reach a certain value, the system covers the modified area data with the value of the original bill database, and a follow-up system displays the modified area;
step S35: extracting characters of key part data, simultaneously carrying out manual comparison, storing the data after manual modification by a system, and marking a modification label for distinguishing automatic identification data from manual modification data;
step S36: generating a set of digital copies in a double-layer PDF format by the extracted text files;
the step S35 mainly includes four modules, namely, image preprocessing, table extraction, content matching, and character recognition.
2. The self-service reimbursement method according to claim 1, wherein: the image preprocessing specifically detects each character image and sends the character image to an identification module for identification;
the form extraction specifically performs simple morphological operations on invoice original drawings, and adopts self-adaptive thresholding
Obtaining a binary image, and performing line segment identification on the binary image to realize table extraction;
The content matching comprises the following specific steps:
the invoice content is multi-row and multi-column text, the whole recognition effect is poor, so the invoice is divided firstly and then recognized, tables containing information are cut separately, each table is an image, the tables containing the multi-row text are subdivided through an algorithm, each obtained image only contains one column of text, and the formula for extracting the region of interest is as follows:
r1=s1[y1：y2，x1：x2]，
r1 is a region to be recognized, s1 is a target image, x1 is a 1 st abscissa, y1 is a 1 st ordinate, x2 is a 2 nd abscissa, and y2 is a 2 nd ordinate, under the condition that intersection coordinates are known, matching is carried out on content and a header, then correction is carried out according to character width, text content is separated from a frame, coordinates (x 1, y 1), (x 2, y 2) are not fixed numerical values but relative positions, and adaptive matching of the header and the content is achieved;
the character recognition specifically trains a word stock specifically for invoice recognition by introducing jTessBoxEditor.
3. A self-service reimbursement device, comprising a self-service reimbursement machine (100), characterized in that: install mainframe box (101) in self-service reimbursement machine (100), install quick-witted case mainboard (104) in mainframe box (101), quick-witted case mainboard (104) sliding connection is inside mainframe box (101), mainframe box (101) inner chamber bottom fixedly connected with heating panel (105), install case lid (102) on mainframe box (101), fixedly connected with telescopic strut (103) are gone up in case lid (102), telescopic strut (103) are kept away from the one end of case lid (102) and are contradicted on quick-witted case mainboard (104), mainframe box (101) both sides inner wall all is equipped with spout (108), two equal sliding connection has slider (201) in spout (108), equal fixedly connected with pull rod (109) on two slider (201), every all be equipped with spring (202) between slider (201) and mainframe box (101), fixed connection is respectively at slider (201) at the both ends of spring (202), On mainframe box (101), a plurality of release links (107) of fixedly connected with between two slider (201), be equipped with many wire casings in heating panel (105), every wire casing upper end is equipped with a plurality of openings, every the in-line all is equipped with rubber tube (106), rubber tube (106) outwards forms a plurality of buckles through a plurality of openings, every release link (107) pass a plurality of buckles that under rubber tube (106) formed, mainframe box (101) internal rotation is connected with central pivot (301), the one end of rubber tube (106) is fixed in on central pivot (301), be equipped with backward flow chamber (209) in central pivot (301), the one end fixedly connected with pipe divider (203) of central pivot (301) is kept away from in rubber tube (106), pipe divider (203) intercommunication has air exhauster (204), water pump (206), air exhauster (204) communicate with each other with dust removal pipe (205), water pump (206) communicates with each other with basin (207), the intercommunication has back flow (208) on basin (207), back flow (208) keep away from the one end and the backward flow chamber (209) of basin (207) and communicate with each other, be equipped with dust removal passageway (302), heat dissipation channel (303) in rubber tube (106), dust removal passageway (302) outer wall is equipped with a plurality of dust absorption holes (304), dust removal passageway (302) communicate with each other with air exhauster (204) through pipe divider (203), heat dissipation channel (303) communicate with each other with water pump (206) through pipe divider (203), heat dissipation channel (303) keep away from the one end and the backward flow chamber (209) of pipe divider (203) and communicate with each other, the one end that pipe divider (203) were kept away from in dust absorption hole (304) is enclosed construction.
4. A self-reimbursement device according to claim 3, further comprising: the side wall of the sliding groove (108) is fixedly connected with a first contact (305) and a second contact (306), the first contact (305) is electrically connected with the exhaust fan (204), and the second contact (306) is electrically connected with the water pumping machine (206).
5. A self-reimbursement device according to claim 3, further comprising: the central rotating shaft (301) is driven by a motor.
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