45results about "Simultaneous data marking and printing" patented technology

A label and RFID tag issuing apparatus comprises a recording apparatus that records information on a production label and an RFID tag reader / writer that writes and reads part of the recorded information to / from an RFID tag. This label and RFID tag issuing apparatus writes a production number to the RFID tag attached to the container if a container for containing an article or articles carrying the production label and RFID tag is judged to be on the container loading plate. The apparatus, subsequently confirming presence of the container on the container loading plate, records on the production label production information including bar-code data corresponding to the production number that has been written to the RFID. Thus, information recorded on the production label and information stored in the RFID tag are tied, and thereby accidental affixing of a wrong production label onto the container can be prevented.

The invention relates to a net screen coding control method which can record plenty of data on paper. It includes net screen code embedding device which is composed by computer data process module, net screen code embedding module, key encryption module and printout module; net screen code reading device which is made up with scan input module, key decryption module, net screen code identification module and data storage module. The two devices make a system which can recode plenty of data on paper. Adopting the invention, plenty of data storage and net screen code which can recode plenty of data is realized through printing on paper or press. And confidential files' encryption and decryption is realized by using electronic files' method. Under condition of same area with two dimension bar code, the code method can record nearly ten times of information than two dimension bar and there is no limitation on occupied space and Chinese character record. It also resolves the problem of information loss because of local pollution. Data information can be embedded into image to resolve image quality destruction.

The invention relates to a correlative use method for conventional anti-fake physical distribution data labels and electronic labels. Combinations of radio frequency identification electronic labels and conventional physical distribution anti-fake labels are layeredly arranged in a container bale, which are correlative with each other and respectively corresponding to form an anti-fake physical distribution data correlative electronic label system; the conventional physical distribution anti-fake label data are transformed into the cryptograph information through an encryption algorithm and then is written in correlative RFID electronic labels, and then a correlative corresponding and one-to-many anti-fake physical distribution data correlative structure is established; the stored encrypted data in the RFID electronic labels are read through a reader-writer to restore to the original plaintext information, which can check, monitor and manage the condition of products. Through using the correlative use method for conventional anti-fake physical distribution data labels and electronic labels, the static information and the dynamic digital information of the conventional anti-fake labels are combined, which can meet the demands of layered anti-fake physical distribution and digitalization supervision; the advanced anti-fake physical distribution technical proposal can be performed, which allows the anti-fake and the digitalization supervision to be easy to popularize; and the high cost which is brought by completely using the RFID electronic labels can be lowered.

The present invention provides A surface identification system comprising: at least one identification code pattern comprising a plurality of recesses, through holes and / or projections formed on an code area of a first surface, the identification code pattern being made to correspond to the first surface or a second surface; and a code reading apparatus for reading the identification code pattern, the code reading apparatus being capable of irradiating light rays towards the code area, receiving reflected light rays reflected from the code area to read out the identification code pattern according to an amount of the reflected light rays from each of the plurality of recesses, through holes and / or projections, and indicating a correspondence between the identification code pattern and the first surface or the second surface. The invention also relates to a surface identification method, an object having an identification code pattern and a code reading apparatus for reading the object.

The invention relates to an anti-fake method using nonsymmetrical code technology. it includes following steps: the input step of protected object information; application step for generating, managing and using the nonsymmetrical code; anti-fake label generating step for outputting the edited label information as anti-fake label product; anti-fake label identification step for reading, decoding and testifying the label on the protected product. The invention is an anti-fake method with nonsymmetrical code technology, it ensures the safety of the anti-fake method; and it uses network server to complete the input and code application of protected object information, guarantees the stability and reliability of the anti-fake method; at the same time, the invention completes the production of label with printing output device, thus the cost is decreased.

One reading sensor is used to read identification mark information, to decide whether a product is genuine.Identification marks each having sensitivity adjustment for the reading sensor and specific mark information are printed on a sheet of release coated paper. The sensitivity adjustment for the reading sensor is performed by utilizing information on a density acquired by reading the identification mark. By combining pieces of density information on a plurality of marks that constitutes the identification mark, mark information is generated. This mark information is checked against saved mark information. In this case, by utilizing the identification mark in which the plurality of identical marks are sequentially shifted in a traveling direction, even a reading sensor constituted of a single light-emitting element and a single photoreceptor element can acquire the mark information on the identification marks. The read mark information and the mark information contained in barcode information are checked against each other and, if they agree, it is decided that the product is genuine and a result of the decision is displayed.

The invention relates to a method for the mark, identification and information management of articles, which comprises the following steps: materials containing element marks are arranged on finished products and semi-finished products and are arrayed in different positions in the space; a database is provided, wherein, the database comprises the materials containing element marks and spatial position data of the materials containing element marks, and also comprises information which is represented by the data; the materials containing element marks and the spatial position of the materials containing element marks are detected; comparing detecting data and the data in the database, the identification and the information management of the articles are performed according to the set comparison conditions and the information which is represented by the data in the database.

A device for protecting a computer of an aircraft turbine engine, the device comprising a box containing the computer and a cover covering the box, the box being supported by tabs forming integral portions of the box and maintaining a flow of air between the bottom of the box and a portion of the casing of the engine on which they are to come into secure contact via resilient studs, the box being made of a composite material.

A scanning system includes a scanner accessory which is operationally supported by a wider-purpose wireless handheld communications device. The communications device may be a personal digital assistant (PDA), a cellular phone, a combined PDA / cellular phone, or a similar device that enables wireless communications. The scanner accessory is adapted for freehand scanning and includes an image sensor, at least one navigator, and data transfer circuitry that is compatible with exchanging information with the communications device, including outgoing captured image information and incoming scan control information for controlling scanning operations by the scan accessory. Simultaneous with capturing image information by the image sensor, the navigator tracks the position of the image sensor relative to a document being scanned, so that the image information can be “position-tagged” to form an electronic image for display at the communications device. Alternatively, the scanning capability can be integrated into the wireless handheld communications device.

An image acquisition device includes an image sensing unit for registering raw image data and a movement sensing unit for determining information indicative of the current position of the image sensing unit and of a deviation of the current position of the image sensing unit from a reference position. The image sensing unit also includes a processing unit for receiving the information indicative of the current position of the image sensing unit and of its deviation from a reference position from the movement sensing unit. The processing unit is adapted for moving image data received from the image sensing unit to the current position by the amount of deviation from its reference position determined by the movement sensing unit and for performing object recognition on the thus moved image data.

It is determined whether the radio output level of an RFID tag (7) that has successfully communicated with an RFID reader-writer (12). A printing unit (14, 15) prints label data on the printing surface of any RFID label (3) that has an RFID tag (7) whose radio output level is equal to or higher than a reference level. The printing unit (14, 15) prints prescribed warding data on the printing surface of any RFID label (3) that has an RFID tag (7) whose radio output level is lower than the reference level.

Provided is a system for generating and validating a hybrid single-pass electronic ticket. The system includes a physical ticket having at least one Electronic Article Surveillance (EAS) Radio Frequency (RF) tag and a two dimensional code; at least one validator having an Electronic Article Surveillance (EAS) Radio Frequency (RF) transceiver and a scanner for reading the two dimensional code. The system generates the hybrid single-pass electronic ticket by printing the two dimensional code containing associated ticket information on the electronic ticket and validates the electronic ticket by reading the EAS RF tag and the two dimensional code on the ticket.

The invention relates to a label conversion generating method. Its characters are using a label reader to read label information in commodities; inputting the information into computer, computer extracts commodities property code from the information and converts property code to the second label's commodity property code; finally computer transfers the converted commodity property code into the second label's recognizer and generate corresponding label. The transfer system is made up with bar label reader, bar printer, electronic label reader and computer. Bar label reader, electronic label reader and electronic label reader are respectively connected with computer and microprocessor. Merits of the invention are: with less user investment, current domestic technical resource, namely, kinds of bar label application system is furthest utilized; electronic label's information inter exchange, inter generating and inter checking.

The invention discloses a RFID reader / writer, a control method and a terminal apparatus. The RFID reader / writer apparatus includes: a transport mechanism that can transport a sheet-like medium, in which a plurality of RFID tags are arranged at a predetermined interval, in an arrangement direction of the RFID tags; a transport unit that controls the transport mechanism to transport the medium on atransport path; a reader that can read identification data capable of indentifying the RFID tag from each RFID tag by disposing an antenna on the transport path, while the medium is transported on thetransport path; a recording unit that corresponds the identification data read by the reader to the radio wave intensity of the RFID tag whose identification data has been read and the position of the medium on the transport path when the identification data is read and records the identification data as the response characteristic data; and a designation unit that designates the position of themedium on the transport path when the RFID tag is wrote, corresponding to each RFID tag, based on the peak position of the radio wave intensity of each piece of identification data of the identification data recorded by the response characteristic data.

The present invention discloses a wireless tag writing device and method, a readable storage medium, and an electronic device, which can perform correction work in a short time regardless of the setting interval of an RFID tag in which information is written, the wireless tag writing device comprising a setting unit, a correction unit, and a writing unit. A correction execution unit, which is a correction unit, uses a conveyance pitch setting unit, which is a setting unit, to convey label paper on the basis of a conveyance pitch set on the basis of information including the arrangement state of a plurality of pieces of label paper adhered to the label paper. And specifies a position at which information is written to an RFID tag that is a wireless tag, a wireless output value at the time of writing information, and a threshold value for determining, for the wireless output value, a response signal from the RFID tag to be written and a response signal from an RFID tag that is not to bewritten. An information writing unit, which is a writing unit, writes information to the wireless output value specified by the correction execution unit for the writing position specified by the correction execution unit.

An apparatus for producing RFID labels includes: a housing forming a shell of the apparatus; a feeding roller drive shaft configured to feed a base tape in which a RFID circuit element for producing a label provided with an IC circuit part storing information and a tag antenna for transmission and reception of information is arranged; an antenna for producing the label provided in the housing and configured to transmit and receive the information via radio communication with respect to the RFID circuit element for producing a label in a tag label tape with print; an antenna for acquiring information provided with the IC circuit part storing information and the tag antenna for transmission and reception of information and configured to transmit and receive the information via the radio communication with a RFID circuit element for acquiring information located outside the housing; and a shielding member provided so as to cover at least the side of the antenna for acquiring information of the antenna for producing a label and provided with a function to shield or attenuate an electromagnetic wave.

A printer that allows selection of a plurality of types of print media includes, a control unit that stores a plurality of pieces of registration information, the registration information including one set of a plurality of printing setting items used for printing, the plurality of printing setting items include an item regarding the type of the print medium.

A computerized system, method, and computer-readable media implementing a method for mass producing variable shaped printed products is presented. A set of cutlines defining a shape for the ordered item is associated with each ordered item. A ganging system selects a plurality of ordered items to be simultaneously produced. Individual cutter-ready outline files corresponding to the associated set of outlines for each of the items selected for production are rendered and inserted into a gang template to generate an aggregated cutlines gang file. The gang file and at least one sheet of substrate are submitted to a cutting system. The cutting system cuts the individual finished products from the substrate sheet(s).

The present invention describes a tire, which shows the insertion of a passive UHF RFID tag at its moment of manufacture, in which said tag is affixed on top of the metallic part of the referred tire, more specifically on the bead rim, with the purpose of reducing the mechanical stress of the tire in question and allowing its tracking in the manufacturing chain since its first manufacturing stages.

Media rolls, support structures for the media rolls, and media processing systems are provided. A media roll (60) may include an identification transponder (64) having retrievable information regarding the media units and associated media unit transponders (26) wound around a core (62) of the media roll. A support structure may include a spindle (100) for supporting a media roll and include an identification coupler (110) for communicating with the identification transponder. In addition to the spindle having the identification coupler, the media processing systems may include a second coupler (42) for encoding the media unit transponders and a print head (28) for printing indicia onto the media units. The information retrieved from the identification transponder may be used to adjust oneor more encoding and / or printing settings of the systems.

This printer performs printing on a print medium having an RFID, and comprises: a communication unit which has a communication part movably provided in a predetermined area along the transport surface of the print medium, and communicates with an IC chip of the RFID; and a detection unit which detects the print medium by means of detection light. The detection unit includes: a light emitting part that emits detection light; a light guide member that guides the detection light emitted from the light emitting part to the print medium; and a light receiving part that receives the detection light via the print medium.