113 results about "Flagging" patented technology

According to one embodiment, a magnetic disk device having a disk, includes: a flag updating module configured to register a flag used when data is written onto the disk, the data is read from the disk and whether to verify the data or not is determined, so as to be associated with each of a plurality of predetermined temperature sections; a temperature detector configured to detect an environmental temperature of the magnetic disk device; a verifying module configured to determine whether to execute the verification or not according to a flag where the detected environmental temperature corresponds to one temperature section of the plurality of temperature sections and that is registered by the flag updating module so as to be associated with the one temperature section; and a measuring module configured to measure an error rate at a same point in time as the verification.

A shipping label is operable to be applied to a package and includes a single label ply. The single label ply presents longitudinally spaced ends, opposite top and bottom faces extending between the ends, and a generally transverse fold line of weakness spaced between the ends. The label ply is foldable about the fold line to define upper and lower label sections, with the upper label section overlying the lower label section when the label ply is folded, and the top face of the upper label section being operable to receive package address indicia thereon. The upper label section includes a separation line of weakness defining a border portion and a separable central portion. The upper label section includes adhesive applied to the bottom face along at least part of the border portion. The lower label section includes a dividing line of weakness defining a connecting portion and an end portion, with the connecting portion extending between the fold line and dividing line. The end portion is at least in part positioned underneath the central portion of the upper label section when the label ply is folded, with separation of the central portion from the border portion providing access to the end portion thereunder.

The invention provides a label induction shearing device. The label induction shearing device comprises a feeding plate for placing a label tape to be sheared, wherein segment marks are arranged between adjacent labels on the label tape; a scrolling device for driving the label tape to move is arranged at one end of the feeding plate; a color difference sensor is arranged above the label tape to be sheared and is connected to a controller; the controller is used for controlling the scrolling device to operate; a cutting device is arranged at the outer side of the scrolling device; and when the segment marks are sensed by the color difference sensor, the controller controls the scrolling device to count conveying distance, and the cutting device cuts off the label tape after the scrolling device drives the label tape to move by set distance. The label induction shearing device has the beneficial effects that the labels are identified by setting the color difference sensor; the shearing device can accurately locate a reel of labels and cut the reel of labels to single label, ensures that the length of each trademark is identical, and meanwhile has self-adaptive ability.

A golf ball retrieval device securable to a flag pole shaft used to mark a golf cup hole. The retrieval device is a conical shaped disc having an inner edge securable to the shaft of the flag pole and an outer edge having a diameter less than an inner diameter of the golf cup. The disc includes a mounting slip extending between the inner edge and the outer edge to allow the disc to be placed along a base of the flag pole shaft. The disc is constructed and arranged to hold a golf ball, allowing ease of golf ball retrieval when the flag pole is removed from the golf cup. Advertising may be placed on an upper surface of the disc.

<heading lvl="0">Abstract of Disclosure</heading> A point of purchase label construction for being associated with a displayed item for purchase. The label construction includes a label face stock, an opaque liner ply , the first face of the liner ply having an adhesive release coating portion and a release coating free portion. A line of weakness is disposed in the liner ply separating it into a first portion having the release coating for being readily removed to expose adhesive on a portion of the face stock, and a second release coating free portion. That exposed adhesive is pressed into contact with a surface of a point of purchase display so that the point of purchase indicia is readily visible. The second portion of the liner ply may have point of purchase indicia so that it can be bent to define a point of purchase flag.

A self-masking label and method of use for wrapping about elongate articles. The label includes a series of label sections positioned end-to-end along the length of the label and supported on a carrier strip during printing. A first label section is configured to be marked or printed with indicia; a second label section may be transparent; a third label section is arranged to overlap the first and second sections and to cover and protect the indicia, during for example, an over-coating procedure; and a fourth label section includes a non-sticky tab section.

The invention discloses an auxiliary marking and positioning sticker for CT. The auxiliary marking and positioning sticker comprises an outer paper layer, a middle aluminum wire grid and an inner adhesive layer which are sequentially bonded and connected, wherein the middle aluminum wire grid comprises four transverse aluminum wires and five longitudinal aluminum wires which are vertically fixed;grid lines corresponding to the middle aluminum wire grid is arranged on the outer paper layer; grid-shaped cotton yarns corresponding to the middle aluminum wire grid are arranged on the face, away from the middle aluminum wire grid, of the inner adhesive layer; and blue mercury marking liquid is attached to the grid-shaped cotton yarns. According to the invention, the sticker with a size of 4*3cm is designed, fits with the surface curvature of a human body, can easily and tightly attach to the body surface, and hardly generates wrinkles; an aluminum wire design is adopted, development is clear under CT, and artifacts are not generated; when a grid-like mark is attached to the skin, the grid-like mark is printed on the skin, and a marking pen does not need to be found for marking; splicing of the sticker can be carried out as required; and the sticker is particularly suitable for defining the pre-operation range of craniotomy, positioning craniocerebral puncture points, searching body surface foreign matters, positioning body surface puncture points and the like.

A facestock releasably adhered to a liner sheet is die cut to form one or two compact disc labels, and two diametrically opposed tabs on each compact disc label and located so that one edge of the tab is in contact with one of the compact disc labels and is perforated. The liner side of the tab also has a die cut patterned so that it generally follows the outline of the tab, but which forms a shape which is inside of and slightly smaller than the face cut tab pattern. After the label sheet has passed through a printer or copier and the desired indicia has been printed on the labels, at least one of the tabs is pushed through from the reverse side of the sheet, or pulled through via a sheet opening partially separating the tab from the rest of the sheet. The tab, which is mostly free of exposed adhesive in that it is still laminated to the die cut section of release liner, is then grasped from the face side, and lifted upward, pulling the compact disc label away from the label sheet. If there is a second tab on the label, this is also removed as the label is removed, and can be grasped by the user's other hand in order to control the position of the label. The user is now able to position the label either directly onto the compact disc or into an alignment apparatus, without any significant contact to an adhesive coated surface.

A method for manufacturing a film that is provided with markings and is based on a thermoplastic plastic. The thermoplastic plastic is melted in an extruder and emerges from an extrusion die in the form of a melt web. The melt web is conveyed away over a surface of at least one cooling roller and cooled to produce the film. In subregions of the surface of the at least one cooling roller corresponding to the markings, the melt web and/or the film being produced from it is acted on with a different cooling action than in a remainder of the surface.

The invention is applicable to the technical field of gluing analysis, and provides a gluing analysis method based on regional automatic threshold analysis, which comprises the following steps: aftergluing, acquiring an original image of a substrate, processing the original image by using a caliper tool, drawing a plurality of caliper regions by using the caliper tool, and taking each caliper region as a detection unit, an automatic threshold segmentation algorithm is applied to each caliper detection unit to detect the contour of an adhesive tape, information of caliper areas, the contour ofthe adhesive tape and the center point of the adhesive tape is marked on an image to form an image analysis result, caliper tool processing is performed on an original image, a plurality of caliper areas are drawn by using a caliper tool, each caliper area is a detection unit, and each detection unit is used for detecting the contour of the adhesive tape. And an automatic threshold segmentation algorithm is applied to each caliper detection unit to detect the contour of the adhesive tape, so that images with relatively complex illumination and relatively low color image quality can be dealt with, and the method has the characteristics of accurate use and analysis and low cost.

The invention discloses a label production device and further discloses a label production technology. The label production device comprises a device table. A first shape cutting seat and a second shape cutting seat are arranged on the device table, and the two ends of the device table are provided with a first feeding roll and a receiving roll correspondingly. A first waste discharging roll and asecond feeding roll are arranged between the first shape cutting seat and the second shape cutting seat. A second waste discharging roll is further arranged above the receiving roll. Double faced adhesive tape is subjected to shape cutting firstly, then a printed semi-finished label product is attached to the double faced adhesive tape subjected to shape cutting, then shape cutting is conducted again, waste discharging and receiving are conducted, and automatic operation for the label is completed; and a positioning mark is positioned through an electric eye, the staying position of a material during shape cutting is ensured, the shape cutting progress is ensured, whether shape cutting is in place or not can be detected through a mark line, and the quality of the product is ensured.

A device for flagging an object buried in the snow includes a flag housed in a pouch, and held within the pouch by a closure mechanism such as a snap closure or a hook-and-loop closure. The flag is attached to a tether by means of an encircling element that passes around the closure mechanism (for example the encircling element could comprise a loop on the pouch end of the tether). As the encircling element is tugged on sharply, it forces the closure mechanism open, which allows the flag to exit the pouch, unfurling as it goes. The flag is attached via the tether to the object to be flagged, such as a ski, while the pouch remains fastened to a base object such as a ski boot. The system may also be used to locate avalanche victims, in which case the flag is attached to the person, thus providing a visual clue to the location of the victim buried below the surface of the avalanche.

Doped adhesive tape is used during the manufacture of aircraft, including positioning marks, covering orifices from debris, allowing locations to be marked. Any doped adhesive tape inadvertently left in sub-assemblies during the manufacturing process can be detected using backscatter X-ray inspection technology. Detection is facilitated in one embodiment by making the tape thicker, to produce an increased mass density, and in another embodiment by adding a dopant comprising an element that is readily detected by the backscatter X-ray technology. The element can be iodine, and can be incorporated into the backing layer or the adhesive layer of the tape during manufacturing. The use of both thicker tape and a dopant can be used in combination to facilitate detection. If the doped adhesive tape is detected after components are assembled using a backscatter X-ray inspection device, then the doped adhesive tape is removed.