CN107571645B - Intelligent printing control and printing integrated machine - Google Patents
Intelligent printing control and printing integrated machine Download PDFInfo
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- CN107571645B CN107571645B CN201710919020.2A CN201710919020A CN107571645B CN 107571645 B CN107571645 B CN 107571645B CN 201710919020 A CN201710919020 A CN 201710919020A CN 107571645 B CN107571645 B CN 107571645B
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Abstract
The invention relates to an intelligent printing control and printing integrated machine, which comprises a printer and a printing control machine, wherein a paper feeding mechanism is arranged at a paper outlet of the printer, the printing control machine comprises a case, a stamping mechanism is arranged in the case, a beating mechanism is arranged at the bottom of the case, and the paper feeding mechanism is connected with the beating mechanism; the paper feeding mechanism comprises a paper feeding platform, a swinging pressing shaft, a transmission shaft and a connecting shaft, the flapping mechanism comprises a flapping platform and a flapping device, and the flapping device comprises a plurality of flapping shafts and a plurality of synchronously flapping rods; the stamping mechanism comprises a stamping machine body, a left screw rod and a right screw rod. According to the stamping mechanism, the intelligent connection from printing to stamping is realized through the paper feeding mechanism, the neatness of upper and lower paper sheets needing to be stamped is ensured through the flapping mechanism, the occupied space of the stamping mechanism is smaller through the arrangement of the double screw rods, and the production cost is reduced; the invention can be taken out after multiple materials are automatically printed and stamped, thereby simplifying the stamping process, reducing manual operation and realizing the effect of integrating printing, control and stamping.
Description
Technical Field
The invention belongs to the technical field of seals, and particularly relates to an intelligent printing control and printing integrated machine.
Background
At present, in a plurality of industries, signature or stamping is manually managed by managers, and the stamping is also carried out in an open environment.
With the continuous development of the mechanical field, more and more manual operations are implemented for mechanization. The stamping machine can replace manual stamping of people, is widely applied as office equipment and has high use frequency, and is particularly suitable for financial industries such as banks, tax authorities and the like. When the traditional stamping machine works, a file needing to be stamped is printed out firstly, then the file is manually fed to the stamping machine for stamping, and after one piece of paper is stamped, the stamped paper needs to be taken out, and then the next piece of paper can be stamped, so that the operation is complicated; in addition, the existing stamping machine generally controls the stamping machine body to move up and down through a middle shaft or a screw rod in the middle, the stamping mechanism is required to have a certain height by the structure, and the stamping machine is large in size.
Disclosure of Invention
In order to overcome the defects in the prior art, the invention provides an intelligent printing control and printing all-in-one machine.
An intelligent printing control and printing integrated machine comprises a printer and a printing control machine, wherein a paper feeding mechanism is arranged at a paper outlet of the printer, the printing control machine comprises a case, a stamping mechanism is arranged in the case, a beating mechanism is arranged at the bottom of the case, and the paper feeding mechanism is connected with the beating mechanism;
the paper feeding mechanism comprises a paper feeding platform, a swing pressing combination shaft, a transmission shaft and a connection shaft, wherein one end of the paper feeding platform is connected with the transmission shaft, and the other end of the paper feeding platform is connected with a paper outlet of the printer; the swing pressing shaft is arranged above the transmission shaft, the swing pressing shaft is connected with the connecting shaft through a swing rod, the connecting shaft is in transmission connection with the transmission shaft, and the connecting shaft is connected with the paper feeding motor;
the flapping mechanism comprises a flapping platform and a flapping device, the flapping device is arranged around the flapping platform and comprises a plurality of flapping shafts and a plurality of synchronously flapping rods, the flapping rods are arranged on the flapping shafts, and the flapping shafts are connected with a flapping motor;
the stamping mechanism comprises a stamping machine body, a left screw rod and a right screw rod, one end of the left screw rod and one end of the right screw rod are respectively connected with the stamping machine body, and the other ends of the left screw rod and the right screw rod are respectively connected with a stamping motor.
Preferably, the paper feeding motor is arranged below the paper feeding platform and drives the swing pressing and combining shaft through the paper feeding motor direct drive shaft, the swing pressing and combining shaft is controlled to be lifted up through the one-way bearing when the paper feeding motor direct drive shaft rotates anticlockwise so that the printer can smoothly pass through paper, and the swing pressing and combining shaft is controlled to automatically press paper to move when the paper feeding motor direct drive shaft rotates clockwise so that the paper which is not conveyed in place is conveyed to the paper shooting platform.
Preferably, a paper feeding optical coupler is arranged at a position, close to a paper outlet of the printer, on the paper feeding platform, and a paper outlet optical coupler is arranged at a position, close to the transmission shaft, on the paper feeding platform. After the paper feeding optical coupler detects that paper is fed, the paper feeding motor rotates clockwise, the swing pressing shaft swings downwards to press paper, and the paper and a lower transmission shaft drive the paper to enter the flapping platform; after the paper feeding optical coupler detects that the paper is fed completely, the paper feeding motor rotates anticlockwise, the swing pressing shaft rises, and the paper feeding operation is waited for next time.
Preferably, a swinging groove is formed in the position, corresponding to the clapper, of the outer side of the clapping platform, the clapper is driven to swing outwards and lie horizontally in the swinging groove when the clapper direct-drive shaft of the clapping motor is in the anticlockwise direction so as to avoid interference collision and avoid collision when the stamping mechanism moves, and the clapper is driven to swing inwards to arrange and level uneven stacked paper sheets when the clapper direct-drive shaft of the clapper motor is in the clockwise direction;
the four sides of the beating shaft synchronously drive the beating shaft and the beating rod to synchronously beat through the umbrella-shaped gear connecting device, and the beating rod is movably connected with the beating shaft;
the quantity of umbelliform gear connecting device is four, sets up respectively in patting platform below four corners.
The clapping stick can be vertical and can be laid flat, the clapping stick keeps a vertical state to be beaten when the paper is required to be beaten, and after the clapping is finished and when the seal is required to be stamped, the clapping stick can be laid flat, so that the seal cannot be touched in the stamping process, and the seal cannot be adversely affected.
Preferably, the flapping platform is further provided with a sticky-print-avoiding mud groove, and the sticky-print-avoiding mud groove is formed in the flapping platform close to the right side flapping rod along the paper feeding direction; a balance supporting table is arranged on the right side of the middle part of the flapping platform along the paper feeding direction. The arrangement of the sticking-preventing inkpad groove can prevent the back paper from being stuck with inkpad in the beating process; the setting of balanced supporting station can provide the support at the in-process of stamping, and especially when the volume of stamping is less, can avoid the emergence of the uneven phenomenon to appear in the stamping.
Preferably, the stamping mechanism further comprises a screw rod support and a motor support, the motor support is located above the screw rod support and fixed with the screw rod support, a first optocoupler for controlling the stamping height of the seal is arranged on the motor support, and a second optocoupler for controlling the upward return position of the seal is arranged at the top of the screw rod support. When the paper with different heights is stamped, the first optocoupler can enable the stamping machine body to rebound upwards after detecting certain pressure, and stamping is completed; when the stamping machine body moves upwards to the top, the second optocoupler can be triggered to prepare for the next stamping.
Preferably, the inside at lead screw support top is equipped with left axle, main shaft and right axle, left side axle links to each other with left lead screw, and right side axle links to each other with right lead screw, left side axle, right axle are connected with spindle drive respectively, the main shaft is driven by the motor that stamps, lead screw support top and motor support bottom are equipped with the fixed orifices that matches with the stamp machine body respectively. The stamping motor drives the main shaft, and the main shaft drives the left shaft and the right shaft to rotate, so that the left screw rod and the right screw rod are driven to move up and down simultaneously; the seal machine body is fixed with the screw rod bracket and the motor bracket through the fixing holes.
A use method of an intelligent printing control and printing all-in-one machine comprises the following steps:
(1) File loading
Loading relevant files which are required to be printed and stamped by a user, and if the files are multi-page documents after loading is finished, performing respective task operation on each page by turning pages;
(2) Task generation
Selecting whether to automatically stamp a perforation seal on the whole edited document;
marking the selection of whether to use the seal, the position to use the seal, the angle to use the seal, whether to take a picture before using the seal and whether to take a picture after using the seal on any page in the whole document;
setting the number of printing and printing copies of the whole document;
(3) Task operations
(a) Printing
Printing according to the document sequence number;
(b) Paper feeding device
After receiving a printing completion signal, opening a paper feeding mechanism, and feeding the printed document into the beating platform through the paper feeding mechanism;
(c) Finishing
After the paper is sent into the beating platform, a beating mechanism is started, and beating and sorting are carried out on the paper before printing;
(d) By taking pictures before printing
If the pre-printing photographing is selected, the current file image is archived through automatic photographing at the moment;
(e) Seal for riding seam
If automatic seam printing is selected, the equipment performs automatic seam printing operation on the file;
(f) Stamp for specifying position
Performing automatic machine printing operation by using the seal, the angle and the seal position parameters selected when the task is generated for each page of document;
(g) Taking pictures after printing
If the user selects to take a picture after printing, the current file image is archived by automatic taking a picture at the moment;
(4) Task completion
After all tasks of the current page task are completed, sending the document to be printed on the next page to a printer for printing, and at the moment, selectively repeating the task operation according to the task requirement of the printing page until all tasks of the document to be compiled are completed; if the number of printing copies is multiple, the subsequent task is the same as the task of the current copy until the whole operation is completed; and taking out all the files after the operation is finished, and binding the files according to the number of copies respectively to finish the whole operation.
Preferably, in the step (3), the specific operations of the perforation stamp are as follows:
if the longitudinal diameter of the seal is 40mm, the minimum deviation of the first page is 10mm, the minimum deviation of the last page is 10mm, and the total serial number of the document is 4 pages;
calculating the perforation position according to the acquired sequence number of the current page;
if the current serial number is 1, the central position of the seal used by the automatic perforation seal of the current page is the margin on the right side of the document and deviates 10mm rightwards, so that one fourth of the position of the seal after use is used for printing on the paper;
similarly, if the current serial number is 2, which represents the second page, the central position is exactly the position of the margin at the right side of the document, so that the effect of stamping on the paper shows that only half of the stamp is stamped;
when the serial number is 3, a quarter of three stamps are used and printed on the paper;
when the serial number is 4, the whole seal is printed on the paper;
at the moment, the finished document is taken out and arranged sequentially with the number 1 at the top and the number at the bottom, and then the finished document can be manually unfolded according to the traditional mode of stamping a perforation seal, so that the finished perforation seal can be seen and displayed on the right side of the document.
Preferably, in step (3), the printing selects one of: single-page printing, double-sided printing, sequential printing and reverse-sequential printing; the printing for the perforation comprises two forms: one perforation seal is covered every two pages and the total number of sheets of each document can be combined into one perforation seal.
According to the stamping mechanism, the intelligent connection from printing to stamping is realized through the paper feeding mechanism, the neatness of upper and lower paper sheets needing to be stamped is ensured through the flapping mechanism, the occupied space of the stamping mechanism is smaller through the arrangement of the double screw rods, and the production cost is reduced; the automatic stamping machine can be taken out after multiple materials are automatically printed and stamped, so that the stamping process is simplified, manual operation is reduced, and the printing control and printing integrated effect is realized.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic structural view of the paper-feeding patting mechanism of the present invention;
FIG. 3 is a schematic structural view of the stamping mechanism of the present invention;
fig. 4 is a schematic view of the internal structure of the top of the lead screw bracket of the present invention.
Detailed Description
The invention will be further described with reference to the following figures and specific examples, without limiting the scope of the invention.
Example 1
Referring to fig. 1-4, an intelligent printing control and printing integrated machine comprises a printer 1 and a printing control machine 2, wherein a paper feeding mechanism 4 is arranged at a paper outlet of the printer, the printing control machine comprises a case 3, a stamping mechanism 6 is arranged in the case, a beating mechanism 5 is arranged at the bottom of the case, and the paper feeding mechanism 4 is connected with the beating mechanism 5;
the paper feeding mechanism comprises a paper feeding platform 7, a swinging pressing shaft 8, a transmission shaft 9 and a connection shaft 10, wherein one end of the paper feeding platform 7 is connected with the transmission shaft 9, and the other end of the paper feeding platform is connected with a paper outlet of the printer 1; the swing pressing shaft 8 is arranged above the transmission shaft 9, the swing pressing shaft 8 is connected with the connecting shaft 10 through the swing rod 11, the connecting shaft 10 is in transmission connection with the transmission shaft 9, and the connecting shaft 10 is connected with the paper feeding motor 12;
the paper feeding motor 12 is arranged below the paper feeding platform 7 and drives the swing pressing shaft 8 through a paper feeding motor direct drive shaft, the swing pressing shaft is controlled to be lifted through a one-way bearing when the paper feeding motor direct drive shaft rotates anticlockwise so that paper output of the printer can pass smoothly, and the swing pressing shaft is controlled to automatically press paper when the paper feeding motor direct drive shaft rotates clockwise so as to drive the paper which is not conveyed to the paper shooting platform; a paper feeding optical coupler 13 is arranged on the paper feeding platform and close to a paper outlet of the printer, and a paper outlet optical coupler 14 is arranged on the paper feeding platform and close to the transmission shaft; after paper feeding is detected by the paper feeding optical coupler, the paper feeding motor rotates clockwise, the swinging pressing shaft swings downwards to press the paper, and the paper and a lower transmission shaft drive the paper to enter the flapping platform; after the paper is detected to be fed completely through the paper feeding optical coupler, the paper feeding motor rotates anticlockwise, the swing pressing shaft rises, and the paper feeding is waited for next time.
The flapping mechanism comprises a flapping platform 15 and a flapping device, the flapping device is arranged around the flapping platform and comprises a plurality of flapping shafts 16 and a plurality of synchronously flapping rods 17, the flapping rods 17 are arranged on the flapping shafts 16, and the flapping shafts are connected with a flapping motor;
a swinging groove 33 is formed in the outer side of the flapping platform corresponding to the flapping rod, the flapping motor directly drives the flapping rod to swing outwards to lie horizontally in the swinging groove when the shaft is driven in the counterclockwise direction, collision during movement of the stamping mechanism can be avoided, and the flapping motor directly drives the flapping rod to swing inwards when the shaft is driven in the clockwise direction so as to neatly level out the untidy stacked paper;
the flapping shafts 16 synchronously drive the flapping shafts 16 and the flapping rods 17 to flap synchronously at the front, the back, the left and the right through the umbrella-shaped gear connecting device 18 at four sides, and the flapping rods are movably connected with the flapping shafts; the clapper can be vertical or flat, the clapper keeps vertical for clapping when paper needs to be clapped, and the clapper can be flat when stamping is needed after the clapping is finished, so that a seal is not touched in the stamping process, and adverse effects on stamping are not generated;
the four umbrella-shaped gear connecting devices are respectively arranged at four corners below the flapping platform 15, so that balance is kept, synchronous flapping is realized, and the upper paper and the lower paper are ensured to be tidy;
the beating platform 15 is also provided with a sticking-preventing mud groove 19, and the sticking-preventing mud groove 19 is arranged on the beating platform close to the right beating rod along the paper feeding direction; the arrangement of the sticking-preventing inkpad groove can prevent the back paper from being stuck with inkpad in the beating process;
the right side at the middle part of the flapping platform along the paper feeding direction is provided with a balance supporting platform 20, the balance supporting platform is arranged, the support can be provided in the stamping process, and particularly when the stamping amount is small, the occurrence of the uneven phenomenon in the stamping process can be avoided.
The stamping mechanism comprises a stamping machine body 21, a left screw rod 22 and a right screw rod 23, one end of the left screw rod 22 and one end of the right screw rod 23 are respectively connected with the stamping machine body 21, and the other end of the left screw rod 22 and the other end of the right screw rod 23 are respectively connected with a stamping motor 24;
the stamping mechanism further comprises a screw rod bracket 25 and a motor bracket 26, a left screw rod and a right screw rod are arranged in the screw rod bracket, and a stamping motor is arranged in the motor bracket; the motor support 26 is positioned above the screw rod support 25 and fixed with the screw rod support 25, a first optical coupler 27 for controlling the stamping height of the seal is arranged on the motor support, and a second optical coupler 28 for controlling the upward return position of the seal is arranged at the top of the screw rod support; when the paper with different heights is stamped, the first optocoupler can enable the stamping machine body to rebound upwards after detecting certain pressure, and stamping is completed; when the stamping machine body moves upwards to the top, a second optocoupler can be triggered to prepare for the next stamping;
a left shaft 29, a main shaft 30 and a right shaft 31 are arranged inside the top of the screw rod support, the left shaft 29 is connected with a left screw rod, the right shaft 31 is connected with a right screw rod, the left shaft 29 and the right shaft 31 are in transmission connection with the main shaft 30 respectively, specifically, the main shaft is connected with the left shaft and the right shaft through belts respectively, and the main shaft is driven by a stamping motor; the stamping motor drives the main shaft, and the main shaft drives the left shaft and the right shaft to rotate, so that the left screw rod and the right screw rod are driven to move up and down simultaneously;
the top of the screw rod support and the bottom of the motor support are respectively provided with a fixing hole 32 matched with the stamping machine body, and the stamping machine body is fixed with the screw rod support and the motor support through the fixing holes.
According to the stamping mechanism, the intelligent connection from printing to stamping is realized through the paper feeding mechanism, the neatness of upper and lower paper sheets needing to be stamped is ensured through the flapping mechanism, the occupied space of the stamping mechanism is smaller through the arrangement of the double screw rods, and the production cost is reduced; the invention can be taken out together after multiple materials are automatically printed and stamped, thereby simplifying the stamping process, reducing manual operation and realizing the integrated effect of printing control and printing.
Example 2
A use method of an intelligent printing control and printing all-in-one machine comprises the following steps:
(1) File loading
Loading relevant files required to be printed and sealed by a user, and if the files are multi-page files after loading is finished, performing respective task operation on each page by turning pages;
can support loading files with various formats, such as image files, WORD documents, PDF documents, EXCEL documents and the like;
(2) Task generation
Selecting whether to automatically add a perforation seal on the whole document;
marking the selection of whether to use the seal, the position to use the seal, the angle to use the seal, whether to take a picture before using the seal and whether to take a picture after using the seal on any page in the whole document, and generating a task operation linked list;
setting the number of printing and printing copies of the whole document as 1 by default;
(3) Task operations
After all document tasks are generated, the task can be issued to equipment by one key for automatic printing, and the printed documents on each page can be printed, photographed and the like according to the preset tasks; the flow of each page is as follows:
(a) Printing
Printing according to the document sequence number; at the moment, the software automatically judges whether the current page is printed or not, and if the current page is printed, the next operation is carried out; wherein the printing selects one of: single page printing, double-sided printing, sequential printing and reverse-sequential printing;
(b) Paper feeding device
After receiving a printing completion signal, opening a paper feeding mechanism, and feeding the printed document into the beating platform through the paper feeding mechanism;
(c) Finishing
After the paper is sent into the beating platform, a beating mechanism is started, and beating and sorting are carried out on the paper before printing;
(d) By taking pictures before printing
If the photo before printing is selected, the current file image is archived by automatic photo taking at the moment;
(e) Seal for riding seam
If automatic seam printing is selected, the equipment performs automatic seam printing operation on the file;
suppose that: the longitudinal diameter of the stamp is 40mm, the minimum deviation of the first page is 10mm, the minimum deviation of the last page is 10mm, and the total document number (the total page number of the whole copy) is 4 pages.
Then: calculating the seam-riding position according to the acquired sequence number of the current page;
if the current serial number is 1, the central position of the seal used by the automatic perforation seal of the current page is the margin on the right side of the document and deviates 10mm rightwards, so that one quarter of the position (10 mm) of the seal after being used is used and printed on paper;
similarly, if the current serial number is 2, which represents the second page, the central position is exactly the position of the margin at the right side of the document, so that the effect of stamping on the paper shows that only half of the stamp is stamped;
when the serial number is 3, a quarter of three stamps are used and printed on the paper;
the serial number is 4 (when the last sheet is used), and the whole seal is used and printed on paper;
if the whole document is taken out and then is arranged upwards according to the sequence number 1, the whole document is arranged downwards in sequence according to the sequence number, and then the finished document can be manually unfolded according to the traditional mode of stamping a perforation seal, so that the finished perforation seal can be seen and displayed on the right side of the document;
(f) Stamp for specifying position
Performing machine automatic printing operation by using the seal, the angle and the seal position parameters selected when generating the task for each page of document;
(g) Taking pictures after printing
If the user selects to take a picture after printing, the current file image is archived by automatic taking a picture at the moment;
(4) Task completion
Sending the document to be printed on the next page to a printer for printing after all tasks (whether to cross a seam, whether to take a picture before printing, whether to take a picture after printing, whether to use a print at a specified position and the like) of the current page task are finished, and selectively repeating the task operation according to the task requirement of the printed page until all tasks of the document to be edited are finished; if the number of printing copies is multiple, the subsequent task is the same as the task of the current copy until the whole operation is completed; and taking out all the files after the operation is finished, and binding the files according to the number of copies respectively so as to finish the whole operation.
The printing for the perforation comprises two forms: one perforation seal is covered every two pages and the total number of sheets of each document can be combined into one perforation seal.
Claims (9)
1. The utility model provides an intelligence printing control printing all-in-one which characterized in that: the all-in-one machine comprises a printer and a printing control machine, wherein a paper feeding mechanism is arranged at a paper outlet of the printer, the printing control machine comprises a case, a stamping mechanism is arranged in the case, a beating mechanism is arranged at the bottom of the case, and the paper feeding mechanism is connected with the beating mechanism;
the paper feeding mechanism comprises a paper feeding platform, a swing pressing combination shaft, a transmission shaft and a connection shaft, wherein one end of the paper feeding platform is connected with the transmission shaft, and the other end of the paper feeding platform is connected with a paper outlet of the printer; the swing pressing shaft is arranged above the transmission shaft, the swing pressing shaft is connected with the connecting shaft through the swing rod, the connecting shaft is in transmission connection with the transmission shaft, and the connecting shaft is connected with the paper feeding motor;
the flapping mechanism comprises a flapping platform and a flapping device, the flapping device is arranged around the flapping platform and comprises a plurality of flapping shafts and a plurality of synchronously flapping rods, the flapping rods are arranged on the flapping shafts, and the flapping shafts are connected with a flapping motor;
the stamping mechanism comprises a stamping machine body, a left screw rod and a right screw rod, one end of the left screw rod and one end of the right screw rod are respectively connected with the stamping machine body, and the other ends of the left screw rod and the right screw rod are respectively connected with a stamping motor;
the paper feeding motor is arranged below the paper feeding platform and drives the swing pressing combining shaft through the paper feeding motor direct driving shaft, the swing pressing combining shaft is controlled to lift through the one-way bearing when the paper feeding motor direct driving shaft rotates anticlockwise so that the printer can smoothly pass through paper, and the swing pressing combining shaft is controlled to automatically press paper to drive paper which cannot be conveyed to the paper shooting platform to be conveyed to the paper shooting platform when the paper feeding motor direct driving shaft rotates clockwise.
2. The intelligent print control and printing all-in-one machine of claim 1, wherein: a paper feeding optical coupler is arranged at a paper outlet, close to the printer, on the paper feeding platform, and a paper outlet optical coupler is arranged at a position, close to the transmission shaft, on the paper feeding platform.
3. The intelligent print control and printing all-in-one machine of claim 1, wherein: the flapping platform is characterized in that a swing groove is formed in the outer side of the flapping platform corresponding to the flapping rod, the flapping motor direct drive shaft is driven to swing outwards to lie horizontally in the swing groove in the counterclockwise direction so as to avoid interference collision, and the flapping motor direct drive shaft is driven to swing inwards in the clockwise direction so as to arrange and level irregular stacks of paper;
the flapping shafts enable four sides to synchronously drive the flapping shafts and the flapping rods to synchronously flap at the front, the back, the left and the right through the umbrella-shaped gear connecting device, and the flapping rods are movably connected with the flapping shafts;
the quantity of umbelliform gear connecting device is four, sets up respectively in patting platform below four corners.
4. The intelligent print control and printing all-in-one machine according to claim 1, wherein: the patting platform is also provided with a sticky-print-avoiding mud groove which is arranged on the patting platform close to the right side patting rod along the paper feeding direction; a balance supporting table is arranged on the right side of the middle part of the flapping platform along the paper feeding direction.
5. The intelligent print control and printing all-in-one machine of claim 1, wherein: the stamping mechanism further comprises a screw rod support and a motor support, the motor support is located above the screw rod support and fixed with the screw rod support, a first optocoupler for controlling the stamping height of the seal is arranged on the motor support, and a second optocoupler for controlling the upward return position of the seal is arranged at the top of the screw rod support.
6. The intelligent print control and printing all-in-one machine according to claim 5, wherein: the inner part of the top of the screw rod bracket is provided with a left shaft, a main shaft and a right shaft, the left shaft is connected with a left screw rod, the right shaft is connected with a right screw rod, the left shaft and the right shaft are respectively in transmission connection with the main shaft, and the main shaft is driven by a stamping motor; and the top of the screw rod support and the bottom of the motor support are respectively provided with a fixing hole matched with the seal machine body.
7. A method for using the intelligent print control and printing all-in-one machine according to claim 1, comprising the steps of:
(1) File loading
Loading relevant files required to be printed and sealed by a user, and if the files are multi-page files after loading is finished, performing respective task operation on each page by turning pages;
(2) Task generation
Selecting whether to automatically stamp a perforation seal on the whole edited document;
marking the selection of whether to use the seal, the position to use the seal, the angle to use the seal, whether to take a picture before using the seal and whether to take a picture after using the seal on any page in the whole document;
setting the number of printing and printing copies of the whole document;
(3) Task operations
(a) Printing
Printing according to the document sequence number;
(b) Paper feeding device
After receiving the printing completion signal, opening the paper feeding mechanism, and feeding the printed document into the flapping platform through the paper feeding mechanism;
(c) Finishing
After the paper is sent to the beating platform, the beating mechanism is started, and beating arrangement before printing is carried out on the paper;
(d) By taking pictures before printing
If the photo before printing is selected, the current file image is archived by automatic photo taking at the moment;
(e) Seal for riding seam
If the automatic perforation seal is selected, the equipment performs the automatic perforation seal operation on the file;
(f) Stamp for specifying position
The automatic machine printing operation is carried out by using the seal, the angle and the seal position parameters selected when the task is generated for each page of file;
(g) Take pictures after printing
If the user selects to take a picture after printing, the current file image is archived by automatic taking a picture at the moment;
(4) Task completion
After all tasks of the current page task are completed, sending the document to be printed on the next page to a printer for printing, and selectively repeating the task operation according to the task requirement of the printing page until all tasks of the document to be edited are completed; if the number of printing copies is multiple, the subsequent task is the same as the task of the current copy until the whole operation is completed; and taking out all the files after the operation is finished, and binding the files according to the number of copies respectively so as to finish the whole operation.
8. The use method of the intelligent print control and printing all-in-one machine according to claim 7, wherein: in the step (3), the specific operation of the perforation seal is as follows:
if the longitudinal diameter of the seal is 40mm, the minimum deviation of the first page is 10mm, the minimum deviation of the last page is 10mm, and the total serial number of the document is 4 pages;
calculating the perforation position according to the acquired sequence number of the current page;
if the current serial number is 1, the central position of the seal used by the automatic perforation seal on the current page is the margin on the right side of the document, and then deviates 10mm rightwards, so that one fourth of the position of the seal used is used for printing on paper;
similarly, if the current serial number is 2, which represents the second page, the central position is just the marginal position on the right side of the document, so that the effect of stamping on the paper shows that only half of the stamp is stamped;
when the serial number is 3, a quarter of three stamps are used and printed on the paper;
when the serial number is 4, the whole seal is printed on the paper;
at the moment, the whole finished document is taken out and then is arranged on the upper portion according to the number 1, the finished document is arranged in sequence from the number to the lower portion, and the finished riding seam can be seen and displayed on the right side of the document by manually unfolding according to the traditional mode of stamping the riding seam.
9. The use method of the intelligent print control and printing all-in-one machine according to claim 7, wherein: in the step (3), one of the following is selected for printing: single-page printing, double-sided printing, sequential printing and reverse-sequential printing; the saddle stitch stamp includes two forms: one saddle-stitch seal is applied to every two pages and the total number of pages of each document can be combined into one saddle-stitch seal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710919020.2A CN107571645B (en) | 2017-09-30 | 2017-09-30 | Intelligent printing control and printing integrated machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710919020.2A CN107571645B (en) | 2017-09-30 | 2017-09-30 | Intelligent printing control and printing integrated machine |
Publications (2)
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108382084A (en) * | 2018-04-17 | 2018-08-10 | 杭州日美开开电子科技有限公司 | Printing stamping print control instrument |
| CN109733075A (en) * | 2019-03-21 | 2019-05-10 | 云南财经大学 | A kind of print scanned sealing integrated machine of audit |
| CN110014754B (en) * | 2019-03-25 | 2020-08-07 | 深圳市银之杰科技股份有限公司 | Printing and counterfeit-identification batch stamping integrated machine and processing method |
| CN112319075B (en) * | 2020-11-12 | 2022-06-10 | 安图实验仪器(郑州)有限公司 | Method for automatically stamping seal |
| CN112477453A (en) * | 2020-11-26 | 2021-03-12 | 浙江科技学院 | Remote stamping machine and working method thereof |
| CN112477455A (en) * | 2020-11-26 | 2021-03-12 | 浙江科技学院 | Automatic stamping machine and stamping method |
| CN113675757A (en) * | 2021-08-06 | 2021-11-19 | 龚苗 | Block terminal for construction with fire prevention function |
| CN114211890A (en) * | 2021-11-30 | 2022-03-22 | 杭州承章科技有限公司 | Detection device and method for printing all-in-one machine |
| CN114193944A (en) * | 2022-01-04 | 2022-03-18 | 武汉每通浩瀚测控科技有限公司 | Binding and sorting system |
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