61 results about "Printing registration" patented technology

A portable label printing system for printing on a variety of materials is disclosed. A retractable platen roller cooperates with a self-aligning print head in three planes cooperates for proper label printing registration. A display screen allows the user to view precisely what the actual label and associated indicia will look like when printed on a selected label. In addition, the printing system includes an optical sensor positioned to sense data marks on the backside of a label, located on a label supply roll, allowing the printing system to identify the label specifications and make necessary adjustments to affect print quality. Reverse feed of the label supply roll is possible. The label printing system further comprises a communication port for cooperation with various devices, such as online databases and computers.

A plurality of patterns respectively having different area factor of dot formation area are formed by forward and reverse scanning printing of a print head, and then optical characteristics of the plurality of formed patterns are measured. A function representing the relationship between the printing position offset between the forward and reverse printings is determined from the optical characteristics. Then, respective pattern having a predetermined area factor of dot formation area is formed by means of forward and reverse scanning where the speed is differentiated according to the mode of a printing apparatus, and then the optical characteristics of this pattern is measured. By applying this measured optical characteristics to the function, an adjustment value of the dot formation position conditions between the forward and reverse scans is obtained for each mode. This makes it easy to perform printing registration in a printing apparatus in the case of printing by a forward and reverse scan of a printing head or in the case of printing by means of a plurality of printing heads. In this case, operations by a user etc. are also unnecessary and are easily performed.

In complementarily printing by bi-directional scannings of a head or by a plurality of print heads, first patterns and second patterns including reference dots for example, dots formed by a forward scan of the bi-directional scannings or by one of the plurality of print heads and dots each having the different direction of shifting of relative printing positions to the reference dots are printed in corresponding to the plurality of shifting amounts. These first and second patterns have the similar characteristics of a change in density. The difference is only that their characteristics in density change are inverted according to the direction of shifting. The intersection point of these two characteristics in density change is obtained as a position for adjustment where dot-formed positions match. This makes it easy to perform printing registration in a printing apparatus in the case of printing by a forward and reverse scan of a printing head or in the case of printing by means of a plurality of printing heads. In this case, operations by a user etc. are also unnecessary and are easily performed.

A system, method, and process that determine and automatically correct registration errors between printed objects and mechanically produced objects using advanced image processing techniques is disclosed. Means are also presented for maintaining all registered functions to within very close tolerances during normal running, with other means for rapidly obtaining initial registration with substantial savings in material waste. The disclosed system and method / process are compatible with the printing and converting industry in which rolls of material are processed by printing a number of colors that require close registration especially in pictorial representation. These roll-fed printing machines are quite versatile and in addition to the printing of any number of colors on both front and back can perform any number of additional operations on the printed web at the same time. Some of these additional operations can be the punching of line holes, scoring, perforation and die cutting all of which impart a specific shape mechanically on the printed web. All of these functions must be initially registered to each other and maintained within close tolerances during normal running conditions. The presently disclosed registration system permits these initial registration procedures to be performed with high accuracy, speed, and across a wide variety of web materials and colors. The system generally applies to any web material (5701) on which register marks (5702) are applied, wherein images of the web are obtained (5703) and image processed (5704) under optional control of an operator interface display (5705), resulting in web press motor control (5706) to affect improved print registration on the web material (5701).

In a complimentary printing by bi-directional scanning of a head or by a plurality of heads, a plurality of patterns in which a print start timing is shifted by a predetermined amount are printed with respect to a reference dot formed by the forward scan of the bi-directional scanning or by one of the plurality heads. In these patterns, an area factor by the dots formed by printing of the patterns is designed to be varied depending upon shifting amount. An average density is read from each of the plurality of patterns, optically. The timing at which the maximum one among average densities read from the patterns is obtained, can be set as the printing registration condition. Further, before the above reading operation, an optical sensor used for this operation is calibrated, for improving accuracies of the reading and the registrating. By these processings, printing registration between a forward and a reverse scan of a print head or printing registration between a plurality of print heads in a printing apparatus can be performed simply and with high accuracy.

In a complimentary printing by bi-directional scanning of a head or by a plurality of heads, a plurality of patterns in which a print start timing is shifted by a predetermined amount are printed with respect to a reference dot, e.g. formed by the forward scan of the bi-directional scanning or by one of the plurality heads. In these patterns, an area factor by the dots formed by printing of the patterns is designed to be varied depending upon shifting amount. An average density is read from each of the plurality of patterns, optically. The timing at which the maximum one among average densities read from the patterns is obtained, can be set as the printing registration condition. Further, a processing including a coarse adjustment to a fine adjustment is performed in a series of algorithm. By these processings, printing registration between a forward and a reverse scan of a print head or printing registration between a plurality of print heads in a printing apparatus can be performed simply and with high accuracy, without operating by a user.

A construction of a printing apparatus wherein a printing registration with respect to forward and reverse scans of a printing head and a printing registration with respect to a plurality of printing heads are automatically carried out is realized without rendering the apparatus complex or causing its production cost to rise. To this end, the optical sensor for measuring patterns formed for use in printing registration is also used to serve other purposes such as a detection of a printing home position or a detection of a printing medium's end. Furthermore, by appropriately controlling a single optical sensor according to each of various intended purposes, the optimum characteristics are utilized in each respective operating mode. Because of the above, the addition of sensors to be used only for the purpose of printing registration and the accompanying rise of the print apparatus production cost are restrained.

There is provided a printing registration method for stably performing printing registration in bi-directional scanning by a print head in a printing apparatus or printing registration between a plurality of print heads with high accuracy. In complementary printing by the bi-directional scanning by the head, a plurality of patterns are printed while printing starting timings are shifted by predetermined quantities with respect to reference dots (dots formed by forward scanning). In the pattern, an area factor defined by the dots formed by the printing is varied according to the shifting. The plurality of patterns are optically read as an average density. The timing corresponding to a point where the read average density is highest can be determined as a printing registration condition. Furthermore, an optical sensor used for the reading is located at a position where an S / N ratio is stable with respect to fluctuations in distance from the object to be read, thus achieving stable reading.

There is provided a printing registration method for stably performing printing registration in bi-directional scanning by a print head in a printing apparatus or printing registration between a plurality of print heads with high accuracy. In complementary printing by the bi-directional scanning by the head, a plurality of patterns are printed while printing starting timings are shifted by predetermined quantities with respect to reference dots (dots formed by forward scanning). In the pattern, an area factor defined by the dots formed by the printing is varied according to the shifting. The plurality of patterns are optically read as an average density. The timing corresponding to a point where the read average density is highest can be determined as a printing registration condition. Furthermore, an optical sensor used for the reading is located at a position where an S / N ratio is stable with respect to fluctuations in distance from the object to be read, thus achieving stable reading.

In the case where an image is formed with a mixture of large and small droplets by bi-directional printing in an ink jet printing apparatus in which ink is ejected in the form of, e.g., a droplet for printing operation while scanning by a print head, misalignment caused by a difference in ejection speed between the large and small droplets is prevented. For this purpose, there is provided a printing registration method according to the present invention comprises the steps of forming reference dots with the large and small droplets in forward scan printing, forming shifted dots in reverse scan printing on changed registration conditions, acquiring a adjustment value of the condition of dot forming positions on the basis of optical characteristics according to a plurality of shifting amounts of the relative printing positions between forward scanning and reverse scanning, controlling the order of formation of the large and small dots in the forward scanning and the reverse scanning, and correcting the adjustment value according to the offset amount of the small dot forming positions on the basis of the difference in ejection speed or the like.

A printing register detection method includes the following steps: (1) printing required various color registered graphs on printed matter; (2) grasp shooting the printing registered graphs through cameras installed on the printer in the printing process, and transmitting the information to computer; (3) digital anglicizing the grasp shooted registered graphs by computer, calculating various color chromatic error, and transmitting the error data to the servo-actuator of printer to correcting the error; after several timely capture images properly, calculating error and error correction, then the printing register achieves best status. The method has convenient operation, can fast and accurately detect chromatic error, the detection effect is audio-visual and clean; it can complete vertical and horizontal two directions error detection once and has a very good extension value.

A portable label printing system for printing on a variety of materials is disclosed. A retractable platen roller cooperates with a self-aligning print head in three planes cooperates for proper label printing registration. A display screen allows the user to view precisely what the actual label and associated indicia will look like when printed on a selected label. In addition, the printing system includes an optical sensor positioned to sense data marks on the backside of a label, located on a label supply roll, allowing the printing system to identify the label specifications and make necessary adjustments to affect print quality. Reverse feed of the label supply roll is possible. The label printing system further comprises a communication port for cooperation with various devices, such as online databases and computers.

The invention belongs to the technical field of manufacturing of crystalline silicon solar batteries, particularly relates to a printing registration method for a crystalline silicon selective emitter battery, and provides an accurate registration method aiming at a laser doped selective emitter crystalline silicon battery. The method comprises the following steps of: preparing a reducing reflection coating, and a laser doped and printing registration datum point, and performing accurate registration printing. By the method, the matching degree of a laser doped area and front silver grid line printing is greatly improved, the problem that printing registration is difficult during manufacturing of the crystalline silicon selective emitter battery is solved, the electrical performance of the crystalline silicon solar battery is improved, and the method is favorable for industrial production.

The invention discloses a vocal print dynamic password modeling and verification method, and relates to a voice biometric feature recognition technology. A vocal print dynamic password modeling and verification method having the following advantages is provided, through the method, the modeling process only needs to be performed once in the vocal print registration process, and the modeling process does not need to be performed again in the verification process, so advantages of convenience and high efficiency can be realized, HMM and GMM(or i-vector) are combined to better fuse the voice recognition technology and the vocal print recognition technology together so as to make the identity authentication system be more reliable. The method comprises the following steps: 1) the vocal print modeling step in which a vocal print system is used to prompt a user to input voice, and after the voice is received and passes examination, vocal print modeling is performed; 2) the vocal print verification in which the vocal print system is used to generate a random dynamic password, generate corresponding restricted syntax, and then perform voice recognition and vocal print confirmation according to the voice inputted by the user; 3) and the vocal print system is used to compare the fusion score with a threshold value set in advance, and give a result of acceptance and refusal. According to the invention, the recording pretending condition can be effectively prevented, so the accuracy and reliability of a vocal print recognition system can be greatly improved.

The invention relates to a method for printing an embossment microstructure with a positioned color register, in particular to a method for the integrated online printing of an embossment type optical microstructure layer which is positioned and nested with an ink color. The method comprises the following steps: taking a microstructure area as a special color for printing; printing a molding ink at a specified position; in the state that the ink area is not completely dried and solidified, attaching and die-casting the ink area in a positioning mode by an embossment microstructure mother set roller on a next printing plate roller so that the ink is embedded in an embossment microstructure groove on a mother set; and solidifying and molding a hinge for drying the ink in a coating area of a printing material and a microstructure image, wherein the embossment shaped microstructure on the mother set roller is completely copied to the ink surface of a printing stock in a mirror image mode, and a copying molding area serves as a color register printed at the specified position and can be connected with front and back printing colors to form a + / -0.15 millimeter printing registration accuracy. The method can achieve the positioned color register with a common printing and the accurate positioning of pattern and ink printing on the mother set.

An apparatus and process for use in an in-mold labeling application utilizes a rolled label sheet having a multiplicity of pre-printed non-adhesive labels and a pre-printed registration mark associated with each of the labels, a sensor for detecting each of the registration marks to enable alignment of the label sheet in a predetermined longitudinal position before labels are cut therefrom; a set of driven pinch rolls for moving it forward or backward; a circumferential die cutter for cutting one or more labels from the label sheet; a passive float roll following the die cutter for creating a controlled loop in the label sheet that permits the die cutter to operate independently of a vacuum conveyor that follows the float roll, the vacuum conveyor including a sensor to detect each of the registration marks for enabling alignment of the label sheet in a position of registration thereon; and a plurality of vacuum plenums along the vacuum conveyor for selectively receiving hold down vacuum from an external source for maintaining the label sheet in its position of registration during conveyance to a predetermined label removal position, the hold down vacuum then being released to permit removal, by an external pick and place device, of one or more of the previously-cut labels.

A misregistration judging method, registration mark for color printing, color slippage detection mark, color slippage correction chart, color registration correction chart, color slippage detection method color slippage correction method, and color image forming apparatus are provided. The color image forming apparatus prints registration marks (110, 120, 130) for color printing respectively including marks of reference colors (111, 121, 131) and marks of colors for measurement (112, 122, 132) that are centered at same positions and having similar figures and judges any relative positional displacement, if any, of a mark of a reference color and the corresponding mark of the color for measurement as misregistration.

A portable label printing system for printing on a variety of materials is disclosed. A retractable platen roller cooperates with a self-aligning print head in three planes cooperates for proper label printing registration. A display screen allows the user to view precisely what the actual label and associated indicia will look like when printed on a selected label. In addition, the printing system includes an optical sensor positioned to sense data marks on the backside of a label, located on a label supply roll, allowing the printing system to identify the label specifications and make necessary adjustments to affect print quality. Reverse feed of the label supply roll is possible. The label printing system further comprises a communication port for cooperation with various devices, such as online databases and computers.

The invention discloses a technology for applying vocal print verification as security codes of mobile applications. The technology comprises the steps as follows: using a mobile phone which comprises a vocal print sampling module; conducting vocal print registration for the first time, uploading a registration number and vocal print characters to a vocal print verification server through the mobile phone, and establishing a vocal print file of a register on the server; according to differences of the vocal print verification modes, enabling a user to follow to speak a verification sentence; sending a mobile phone number and verification voice stream to the vocal print verification server by application software through safe network connection; comparing vocal print characters of the voice stream and the vocal print of the mobile phone number in registration by the vocal print verification server, and returning the similar percentage; and according to self security requirement, allowing the user to use the software if the probability exceeds a set threshold value, otherwise, refusing using the software and making records into a security log. According to the scheme, the security is guaranteed by utilizing the uniqueness of personal voice and through verification by the vocal print verification server, meanwhile, the cracking possibility is reduced at the same time, and the use convenience effect can be achieved.

The invention discloses a device for detecting registration of printing marks. The device comprises a photoelectric eye B arranged on a printing plate roll, a plate roll transverse adjusting mechanism, a code disc and a photoelectric eye A. The photoelectric eye B is arranged on a photoelectric eye B support, and the photoelectric eye B support is arranged on the printing plate roll. The problems that in an existing printing registration mechanism, printing marks which are printed on printing materials and are hard to detect cannot be recognized by photoelectric eyes, only longitudinal control over patterns of reference color sets and current color sets is achieved, and automatic transverse control over patterns cannot be achieved are solved. The invention further discloses a control method of the device for detecting registration of the printing marks. The method comprises the steps that 1, machining and mounting are carried out; 2, the marks printed on the code disc are designed, and code disc color code paper (11) is pasted on the circumferential surface of the code disc (3); 3, starting printing is carried out, and pre-registration is carried out; 4, registration is adjusted according to the color code waveform of a chromatography system; and 5, registration is completed, and the chromatography system is in an automatic state.

A print processing system for introducing dry register presetting among a plurality of print stations prior to mounting web on the printing device in all conditions before starting a print job; and also automatically controlling print registration using intelligent sensor(s) for minimizing disturbances caused due to transmission losses and distortion in transfer of analog signals. The intelligent sensor is capable of detecting and evaluating the register errors as well as initiating the correction commands in response to self-evaluated register errors. The print processing system is capable of comprehensively compiling, monitoring and displaying the real-time data including all the local machine parameters, print misregistration values and the performance for each printing station. The method of achieving dry presetting and controlling the print misregistration is also provided.

An apparatus, system and method of print registration are provided. The invention includes first and second optical channel modules configured to communicate light from a page to a sensor module. The sensor module sums the light from the first and second optical channel modules and detects one or more light transitions as a first registration mark of a first image of the page moves past the first optical sensor module and as a second registration mark of a second image of the page moves past the second optical channel module. The invention determines that the first image and the second image are registered if the sensor module detects a single light transition as the first registration mark and the second registration mark pass the first and the second optical channel modules. In addition, the invention determines that the first image and the second image are mis-registered if the sensor module detects a plurality of light transitions as the first registration mark and the second registration mark pass the first and the second optical channel modules.

The invention provides a voice vocal print modeling method and device. By combining with an actual application scene, a set of vocal print automatic modeling frame facing multi-person conversation voice is provided, on the basis of implementation modes, including presetting of the number of people speaking, pre-collecting of reference man voice data and the like, of a client-side and a server-side, by combining with prior information, the problem is restrained, and multi-person combined voice separation and modeling demands are met more effectively. The requirements for hardware are low, and time-and-labor-wasting manual voice editing is avoided. Collecting is completed through the client-side, processing is completed through the server-side, extra collecting equipment is not needed, and distribution deployment can be supported. Time-and-labor-wasting work such as manual editing is prevented from being conducted through audio voice editing software, under the situation without implementation only through manpower, vocal print registration is automatically completed in the whole process, and the working efficiency is effectively improved.

An apparatus, system and method of print registration are provided. The invention includes first and second optical channel modules configured to communicate light from a page to a sensor module. The sensor module sums the light from the first and second optical channel modules and detects one or more light transitions as a first registration mark of a first image of the page moves past the first optical sensor module and as a second registration mark of a second image of the page moves past the second optical channel module. The invention determines that the first image and the second image are registered if the sensor module detects a single light transition as the first registration mark and the second registration mark pass the first and the second optical channel modules. In addition, the invention determines that the first image and the second image are mis-registered if the sensor module detects a plurality of light transitions as the first registration mark and the second registration mark pass the first and the second optical channel modules.

A process for use in an in-mold labeling application utilizes a rolled label sheet having a multiplicity of pre-printed non-adhesive labels and a pre-printed registration mark associated with each of the labels, the process detecting each of the registration marks to alignment the label sheet in a predetermined longitudinal position before labels are cut therefrom, conveying the rolled label sheet forward or backward, cutting one or more labels from the label sheet, forming a controlled loop in the label sheet, detecting each of the registration marks for aligning the label sheet in a position of registration, providing a hold down vacuum for maintaining the label sheet in a position of registration during conveyance to a predetermined label removal position, and releasing the hold down vacuum to permit removal, by an external pick and place device, of one or more of the previously-cut labels.

The invention discloses an operation method of an intelligent stereo. The method comprises the steps that the correlation setting among vocal print registration data, user information and playing settings of a user device are loaded in advance; an awakening word is received to set an awakening state and generate a vocal print recognizing result; under the awakening state, a speech is converted into speech characters after the speech is received, the user information and the speech characters are transmitted to a cloud end server when the vocal print recognizing result and the vocal print registration data are matched, and the cloud end server is allowed to transmit back responding message correlated to the user information to the intelligent stereo; the responding message is pushed to theuser device according to playing settings. Compared with the prior art, the practicability is higher, and the user experience is better.

The invention discloses a printing device which can be used for ensuring a printing unit which does not need to be subjected to plate replacement to continuously work (non stop) and can also be used for replacing an adhered and hung printing offset plate for a printing unit which is not used for printing so as to improve the utilization rate of equipment and the production efficiency. The printing device comprises a rack, a printing roller, an inking roller and an impressing roller. The printing roller is respectively laminated with the inking roller and the impressing roller. A lifting device is arranged on the rack. Both the inking roller and the printing roller are arranged on the lifting device. A printing registration servo motor is arranged on a device for driving the printing roller to rotate.

The present invention includes apparatus and method for image transfer onto one of a plurality of a pad medium pages while the pages are aggregated together. A preferred embodiment for a printer includes a housing; a print engine, within the housing, for transferring an image to a transfer medium when the transfer medium is located at a print position; and a transfer medium registration system, coupled to the print engine, for positioning a pad including a plurality of transfer media releasably secured to one another, wherein the print registration system locates one of the transfer media at the print position. The method including positioning a pad at a print position of a print transfer engine, the pad including a plurality of transfer media releasably secured to one another; and transferring an image to one of the transfer media positioned at the print position.