35 results about "Mark sense" patented technology

A method of patent marking products comprises providing digital data identifying one or more patents related to predetermined products in a patent marking sense, and facilitating access to the digital data such that at least the numbers of the one or more related patents can be ascertained. One disclosed execution involves acquiring or developing a patent-product map which correlates product attributes, identifiers or other product data regarding predetermined products with the numbers of patents which relate to the products in a patent marking sense. The map is made available on a remotely accessible patent marking link such that upon accessing the link, patent marking information concerning the predetermined products can be ascertained. The maps are utilized to provide patent numbers correlated with products. In all more than 20 executions of the invention are disclosed.

An image recording device recording an image on an image-forming region of a strip-shaped flexible substrate stretched between a supply reel and a take-up reel, the device having: a stage section structured to suck the flexible substrate, and to be movable along a predetermined conveying path; an alignment section disposed above the conveying path of the stage section, and sensing at least an alignment mark of the flexible substrate; a correcting section which, based on the alignment mark sensed by the alignment section, corrects image data to be recorded on the image-forming region of the flexible substrate; and a recording section disposed above the conveying path of the stage section and at a downstream side, in a conveying direction of the flexible substrate, of the alignment section, the recording section recording, on the image-forming region of the flexible substrate, the image data corrected.

A mark sensing device of the present invention senses marks formed on a turnable body in a preselected periodic pattern in a direction of movement of the turnable body with light emitted from a light source. A slit mask is formed with slits for splitting the light emitted from the light source. A light receiving portion receives the light thus split and then incident on the mark. The slits of the slit mask each belong to either one of two regions one of which is shifted from the other by one-half of the period of the periodic pattern. The light receiving portion receives the light incident on the mark in each of the two regions and converts the light received to two electric signals. A control signal for controlling the amount of movement of the turnable body is produced from the two electric signals.

This invention is directed to a unique type of form to be used with an optical mark sensing device known as a mark read scanner for reading marks on the form. Form characteristics are defined by "graphic switches" printed near the lead edge of the form. Each "graphic switch" has four distinct settings. The expense of completely replacing the internal program of a scanner when a user requests a variation of a test form that had not been pre-programmed into the original specification of the scanner is eliminated.

A method and system including a scanning subsystem for scanning a plurality of documents with a plurality of corresponding images is presented. The system further includes an image generation subsystem for automatically generating (1) a plurality of thumbnail images corresponding to the plurality of documents scanned with the scanner, and (2) a mark sense area corresponding to each one of the plurality of thumbnail images. A printing subsystem is included for producing at least one print including the plurality of thumbnail images and a plurality of mark sense areas. A thumbnail selection module is also included that causes at least one of the plurality of corresponding images to be replaced when both the at least one print with one or more marked mark sense areas and at least one of the plurality of documents are scanned with the scanning subsystem.

An embodiment of the invention discloses a trip mode judging method and device. The trip mode judging method includes statistically analyzing mark sensing data marked with a trip mode to determine a value range of the mark sensing data under a set trip mode; collecting realtime sensing data of a mobile terminal carried by a user during a trip, and processing the realtime sensing data to acquire number of the realtime sensing data, within the value range, collected within a set time period; judging trip mode of the user according to the number. By the trip mode judging method and device, calculation quantity during trip mode judging is reduced.

An image scanning unit scans a mark-sense sheet to read editing information for specifying edit modes for editing image data to be output as one page of print data. On the basis of the read editing information, print data is generated from the image data. The editing information is read from grouping marks for grouping photo images, rotation marks, and the like. Photo images divided into groups by marking the grouping marks are output on one page of print data in orientations specified by marking the rotation marks.

An image processing method includes printing out a layout mark-sensing sheet indicating a plurality of different sample image layout options that graphically indicate different layouts of an image to be printed on a recording medium that has a specific shape. The layout mark-sensing sheet allows a user to mark the layout mark-sensing sheet to designate a specific image layout option from among the plurality of different sample image layout options. The layout mark-sensing sheet marked by the user is read and the image is printed on the recording medium based on the specific image layout option marked by the user on the layout mark-sensing sheet.

A color image forming apparatus includes a plurality of mark sensing devices are arranged between a plurality of photoconductors arranged on an intermediate transfer belt to sense a mark transferred to a region of the intermediate transfer belt corresponding to an interval between successive recording media. As an exposure time to form an electrostatic latent image on a photoconductor, on which a following developer image will be formed, is determined, minimized mis-registration and consequently, improved color registration correction efficiency are accomplished. Also, automatic color registration correction is performed on per printing operation basis, resulting in improvement in image quality.

The invention discloses a Honglian type new gene restoring method which utilizes molecule marker to detect the three-line hybrid rice, comprising the steps as follows: first, the design of the specific marker primer; second, the trace extraction of DNA; third, the construction of standard PCR expansion system; forth, the detection analysis of the expanded molecule marker; fifth, the determinationof new restoring gene. The Honglian type new gene restoring method is based on the molecule marker of restoring gene co-segregation; the rice germplasm material is screened fast, accurately and reliably in laboratory. The Honglian type new gene restoring method has the advantages of simple method, convenient operation, strong purpose and pertinence for breeding of new restoring line, and increased breeding efficiency of new restoring line.

Systems and methods use a digital microform imaging apparatus for sensing an image mark on the microform containing the image of a document.

The invention provides a binding mark identification device and binding equipment. The binding mark recognition device includes a sensing unit and a recognition unit, the setting position of the sensing unit corresponds to the binding mark, and the sensing unit can induce electric charge when the binding mark is powered on; the recognition unit is connected to the sensing unit for receiving the induction of the sensing unit charge, and the bound label is recognized based on the induced charge. In the binding mark identification device, when the binding mark is powered on, the induction unit can induce electric charge, and the identification unit can identify the binding mark according to the induced charge, so that the binding mark can be recognized even when the binding mark is covered by black ink. It can be recognized normally, thereby avoiding the display appearance problem caused by the opening design of the binding mark in the prior art, and at the same time avoiding the use of black ink materials that can transmit light within a certain wavelength range in the prior art, thus avoiding the use of The problem of high process requirements brought by this black ink material.

Systems and methods use a digital microform imaging apparatus for sensing an image mark on the microform containing the image of a document. The use of an area sensor with an adjustable region of interest can be used to improve the detection speed of image marks as a roll of microform is being transported.

A measurement apparatus includes: an imaging unit positioned with fixing with respect to a first member; a first detector configured to detect a position of a stage with reference to a second member; a second detector configured to detect fluctuation of a position of the first member with reference to the second member; and a control unit configured to obtain the position of the mark from an image of the mark sensed by the imaging unit while controlling a relative position of the stage relative to the second member so as to reduce fluctuation of a relative position of the mark relative to the imaging unit due to the fluctuation of the position of the first member based on detection results of the first and second detectors.

The invention discloses a system and a method for making an appointment and notification using a mobile communication device. The system for making the appointment and notification using mobile communication device comprises a number-taking mark sensing device arranged in a consumption area and a mobile communication device which is carried by a consumer and is in sensing connection with the number-taking mark sensing device. The number-taking sensing device is used for transmitting a signal, and, when the mobile communication device of the consumer enters the consumption area, the mobile communication device can sense and receives the signal; an external computing device confirms an appointment time with the consumer and distributes electronic ticket information according to number of people lining up. As a result, when the consumer enters the consumption area, the sensing between devices can be performed. People can wait for the notification after obtaining the electronic ticket information, come to the site for waiting after receiving the notification before the appointment time is up, have identities authenticated and get service, so that the time for queuing is saved.