Abstract: In a recording apparatus, a recording medium is fixed to a recording medium fixing member. To record a desired image, the recording medium is exposed to light containing image/character data, while the recording medium is moved in the main scan direction, and a plurality of spots arrayed on the recording medium are moved in a direction orthogonal to the main scan direction. In the recording apparatus, first and second exposure operations are performed. In the first exposure operation, the recording medium is exposed to the light containing image/character data, while forming pixel groups or island patterns each consisting of a predetermined number of pixels consecutively arrayed on the recording medium in the main and sub-scan directions. In a second exposure operation and the subsequent ones, the pixels in an unexposed area other than the island patterns on the recording medium are successively exposed to the light.

Abstract: A transfer sheet separated from a support member is held and its recording position is detected, and the separated transfer sheet is returned and superposed on the recording surface of a support member which is then delivered in. Based on the result of the detection of the recording position, the returning position of the transfer sheet is changed or image data to be recorded are changed, thereby carrying out a recording operation over the support member by using an unrecorded section present between the recorded stripes of the transfer sheet. For example, the transfer sheet is returned to almost the same position as that set before the separation and the recording position is shifted at an arrangement pitch of a stripe corresponding to 1 to 1.5 pitches to carry out the recording operation. Thus, the recording operation is performed over the support member by using an unrecorded section.

Abstract: An image recording method includes the steps of attaching recording paper on an outer peripheral surface of a recording drum, attaching an image receiving sheet having an image receiving layer on the recording paper to transfer the image receiving layer thereon, attaching a toner sheet on the image recording sheet, and transferring toner of the toner sheet onto the image receiving layer in accordance with recording data.

Abstract: When desired images are recorded on an image receiving sheet 140 by laminating a toner layer of a transfer sheet 240 as heat-mode sensitive material and an image receiving layer of an image receiving sheet 140 to be fixed to a recording medium fixing member 310 and exposing the transfer sheet 240 of a recording medium while moving the recording medium fixing member 310 in a main scanning direction and also moving a plurality of aligned laser beam spots in a vertical scanning direction that is perpendicular to the main scanning direction, exposure is carried out by laser beam spots which are inclined such that a spot on an upstream end in the vertical scanning direction is positioned on a downstream side in the main scanning direction rather than a spot on a downstream end in the vertical scanning direction.

Abstract: Apparatus and method of forming a spacer for use in a liquid crystal panel are capable of economizing materials used for spacers for use in the liquid crystal panel and reducing a quantity of waste of the materials used, while being suitable for a large-scaled liquid crystal panel. A recording medium having an image forming layer is superposed on a substrate used to form a liquid crystal panel, then the recording medium is exposed through irradiation of a laser beam emitted from a recording head, and an image pattern of spacers is thereby recorded in the image forming layer. The image pattern of spacers thus recorded is then recorded on the substrate to be used as spacers for use in the liquid crystal panel by peeling off the recording medium from the substrate.

Abstract: The package of recording media contains a set of recording media which are pre-stacked in a predetermined order is provided to a recording medium holding member so that immediately after the package is opened, the recording media are disposed in a recording apparatus at a time. This package, by avoiding a need of manual stacking of the recording media, lowers a possibility of each recording medium being contaminated with foreign particles so as to reduce resultant image defects. Further, a recording feed cassette stacking the recording media in said manner can achieve the same effect.

Abstract: It is the purpose of the present invention to provide an image recording method and image recording apparatus for performing high-density recording without degrading the resolution. A desired image is recorded on a recording medium by exposing the image on the recording medium while moving the recording medium in the main scan direction where a toner layer of a transfer sheet is overlaid on an image reception layer of an image reception sheet as well as moving a plurality of laser beam spots arranged on the recording medium in the sub-scan direction orthogonal to the main scan direction. In this practice, a recording process on the transfer sheet is repeated a plurality of times to record a same image repeatedly with transfer sheets replaced after the transfer sheet has been exposed.

Abstract: A method and an apparatus for recording an image in two steps of scanning an image recording material with a light beam in primary and secondary scan directions to record an image accompanied by jaggy or stairstep border lines or border edges that are oblique relative to the scan directions and further scanning the image recording material in an oblique direction along the jaggy border line of the image to smooth the jaggy border lines or border edges, either after or before the first scan.

Abstract: A glass substrate is fixed onto a cylindrical support member (drum), the cylindrical support member is rotated (a fast scan), a laser recording head is moved in an axial direction of the cylindrical support member (a slow scan), and a laser beam is modulated and controlled like an image through the laser recording head so that an image character is recorded on the glass substrate.

Abstract: It is intended to provide a laser thermal transfer recording method which comprises the steps of feeding an image receptor sheet and a plural number of thermal transfer sheets from a recording medium cassette, superposing the image receptor layer of the image receptor sheet upon the image formation layer of the thermal transfer sheets and holding them on a recording medium support member, and then irradiating the thermal transfer sheets with laser beams appropriate for image data to transfer the laser-irradiated regions on the image formation layer onto the image receptor layer of the image receptor sheet thereby recording an image, characterized in that the image receptor sheet and the thermal transfer sheets are laminated in the order of feeding into the recording medium support member and contained in the recording medium cassette and the coefficient(s) of static friction of the back layer surface of the image receptor sheet and/or the above-described thermal transfer sheets are 0.7 or below.

Abstract: A recording medium station 53 includes sheet set portions to which rolls of toner sheets 4′ with cover films 6 stuck thereto and rolls of image receiving sheets 2′ with cover films 6 stuck thereto are set, and cover film winding-up portions located close to the sheet set portions. Those sheet set portions and the cover film winding-up portions are disposed along the circumferential outer surface of the recording medium station 53. An end of the cover film 6 slightly stripped off the recording medium is fixed to the wind-up shafts 12, and the cover film 6 stripped off the recording medium set to the medium setting shafts 10 is wound up with a wind-up shaft 12. The stripped cover film 6 is wound up with the wind-up shafts 12.

Abstract: A transfer sheet 7 separated from a support member is held and the recording position of the transfer sheet 7 thus held is detected, and the separated transfer sheet 7 is returned and superposed on the recording surface of a support member 23 which is then delivered in. Based on the result of the detection of the recording position, the returning position of the transfer sheet 7 is changed or image data to be recorded are changed, thereby carrying out a recording operation over the support member 23 by using an unrecorded section present between the recorded stripes of the transfer sheet. For example, the transfer sheet 7 is returned to almost the same position as that set before the separation and the recording position 5 is shifted at an arrangement pitch of a stripe corresponding to 1 to 1.5 pitches to carry out the recording operation. Thus, the recording operation is performed over the support member 23 by using an unrecorded section 3.

Abstract: Apparatus and method of forming a spacer for use in a liquid crystal panel are capable of economizing materials used for spacers for use in the liquid crystal panel and reducing a quantity of waste of the materials used, while being suitable for a large-scaled liquid crystal panel. A recording medium having an image forming layer is superposed on a substrate used to form a liquid crystal panel, then the recording medium is exposed through irradiation of a laser beam emitted from a recording head, and an image pattern of spacers is thereby recorded in the image forming layer. The image pattern of spacers thus recorded is then recorded on the substrate to be used as spacers for use in the liquid crystal panel by peeling off the recording medium from the substrate.

Abstract: A recording method and a recorder for making it possible to eliminate a slight gap occurring every revolution of a drum (rotation gap) and a slight gap occurring for each column of a two-dimensional spot arrangement (column-to-column gap), enabling high-quality image recording with no defects. In the recording method, wherein a plurality of recording elements are arranged in two dimensions consisting of rows in a main scanning direction and columns in a subscanning direction orthogonal to the main scanning direction and are used to record image information or text information on a record medium, the setup value of output energy of either of the recording elements at the ends of the recording elements in the subscanning direction, the length of the spot recorded by the recording element in the subscanning direction or the main scanning direction, or the area is made larger than that of any other recording element and recording is executed.

Abstract: An image is formed on a non-flexible sheet member by laying and tightly adhering an image transfer sheet having a photo-thermal conversion layer and an image forming layer onto the non-flexible sheet member, scanning the image transfer sheet from the back with laser spots so that only areas of the image forming layer affected by heat developed in the photo-thermal conversion layer correspondingly to a scanned pattern are fused to the non-flexible sheet member, and peeling the image transfer sheet from the non-flexible sheet member.

Abstract: A record head for applying laser light for drawing to a record medium and a record medium are supported so that they can be relatively moved in a main scanning direction and a sub scanning direction along the surface of the record medium through a move guide mechanism. The record head has a laser displacement sensor for detecting the distance to the light exposure position of the record medium in a noncontact manner. A record apparatus has an auto focus mechanism for correcting misregistration between the focus position of the laser light for drawing emitted from the record head and the record medium to a reference value based on the detection value of the laser displacement sensor, so that the focal distance between the record head and the record medium is held good regardless of deformation of a guide rail of the move guide mechanism, etc.

Abstract: Pixel shapes 90a′ formed by respective optical shutters 90′ are set to parallelograms, and an alignment of the parallelograms is set to overlap partially with recording loci K of parallelogram pixels formed by adjacent optical shutters when scanning is executed in the main scanning direction.

Abstract: A recording apparatus for recording on a recording medium in a heated mode includes a first emitting portion and a second emitting portion. The first emitting portion emits writing light for providing recording spots on the recording medium. The second emitting portion emits sub-heating light for providing heating spots on the recording medium. A distance between the heating spot and the recording spot is substantially constant in a main scanning direction. The recording spots are arranged in a two-dimensional pattern including columns in the main scanning direction and rows in an auxiliary scanning direction. The recording spots aligned in the columns are inclined at a predetermined angle with respect to the main scanning direction. The same number of heating spots as the columns of the recording spots is provided in parallel to the columns and inclined at the predetermined angle with respect to the main scanning direction.

Abstract: An image recording equipment is provided with an adhesive roller that is brought into contact with a surface of an image recording sheet wound around a rotary drum and keeps in contact with the image recording sheet with contact pressure axially distributed in a range from approximately 0.01 Mpa to approximately 0.2 Mpa desirably in a concave distribution pattern.

Abstract: An image recording apparatus for recording an image on a recording medium, which comprises a transparent substrate having dependence on polarization and a photosensitive layer provided on the substrate, by providing light energy of polarized light transmitted through the substrate into the photosensitive layer, comprises a rotary drum on which the recording medium is mounted, and a laser head emitting laser light as the polarized light, the polarizing direction of the laser light is made coincident with the polarizing direction of the substrate.