626 results about "Roll film" patented technology

A marking tape for transferring information written thereon to a film when the film is exposed to x-rays. The tape is a laminate of an upper film, a radiopaque emulsion, and a lower film. The top surface of the upper film is partially coated with a writable ink, and the ink coating positioned directly over the radiopaque emulsion. Pressure exerted by the user while writing on the ink surface causes the underlying emulsion to part. When the marking tape is affixed to a film cassette, x-rays penetrate the marking tape in those areas where the emulsion has been parted, the underlying film is exposed, and the information entered on the marking tape is thereby transferred to the film. The marking tape can be made in different sizes and radiopacities that can be distinguished by color-coding the writable surface.

A production managing method for production of motion picture photo film is provided. At first, film web is slitted to produce continuous photo film having a predetermined width. Production managing information is written to an RFID (radio frequency identification) tag, and includes a roll number and slitting number, which are related to the film web and the continuous photo film. The continuous photo film is cut to produce motion picture photo film. The production managing information is stored in association with the motion picture photo film. The motion picture photo film is checked. If the motion picture photo film has a defect, the production managing information may be referred to for detecting a portion of the film web or the continuous photo film from which the defect derives. Other motion picture photo films with a defect will be traced.

A method for producing a roll film provided with a coat layer comprising the steps of: (i) producing a roll film; (ii) applying a first embossing treatment along a longitudinal direction of the roll film on a part of a lateral direction of the roll film; (iii) applying a coat layer on the roll film; (iv) applying a second embossing treatment along a longitudinal direction of the roll film on a part of a lateral direction of the roll film; (v) heat treating the roll film at a temperature of 50 to 150° C. for a duration of 1 to 30 days while the roll film is rolled in a roll.

The present invention provides a sustained release, biodegradable intraocular latanoprost implant for reducing elevated intraocular pressure in an individual in need thereof. The implant can be configured as a film (e.g., a rolled film) or extruded filament, either of which can be inserted into the eye of the individual to provide for extended release of latanoprost for several days. Upon insertion into the eye, a rolled film may unroll to provide a film having a high surface area to volume ratio for drug diffusion.

A method and apparatus for manufacturing a film coated article by placing a pre-molded film into a loading station. The film has a decorative surface and a backing surface. The decorative surface is positioned juxtaposed the loading station. The film is transferred to a loader. The loader is positioned juxtaposed the backing surface. The loader and film are positioned in an open mold press between a cavity and a core. The film is transferred from the loader to the cavity. The decorative surface of the film is positioned juxtaposed the cavity. The cavity mates with the film and retains the film in position during the molding operation. The press is closed and a polymeric material is injected against the backing surface of the film. The polymeric material produces a molded article having a rigid substrate fused to the backing of the film and displaying the decorative surface. The press is opened and the molded article is transferred from the cavity to an unloader. The decorative surface of the article is positioned juxtaposed the unloader. The molded article is transferred to an unloading station and the unloader releases the molded article.

The invention discloses a heavy-copper step circuit board and a preparation method thereof. The preparation method comprises the working procedures of primary pattern transfer, pattern electroplating, film removal, secondary pattern transfer, tinning and alkaline etching. The preparation method solves the quality problem of a clamping film and the quality problems such as circuit nicks and unclean etching due to the fact that an anti-corrosion layer cannot be closely bonded with a circuit by a dry film technology by utilizing the production capacity of the available equipment and optimizing roll film, board grinding and etching processes; the whole preparation process is compatible with the traditional circuit board technology; and the quality and the cost can be compatible effectively.

The present invention relates to a multimicroporous foamed dressing with multilayer structure and its preparation method. The thickness of said dressing is 1-7 mm, and its structure contains the following three layers: first layer is outside protective film layer whose thickness is 10-90 micrometer, second layer is internal absorption foamed layer with several holes whose diameter is 80-400 micrometer and third layer is wound-contacting layer with several microfine pores whose average diameter is below 60 micrometer, and its thickness is 0.1-200 micrometer. Its preparation process is simple and includes the following steps: firstly, mixing 40-75 wt% of polyurethane prepolymer, 15-45 wt% of foaming agent, 5-35 wt% of cross-linking agent and 0.5-15wt% of additive containing surfactant, humectant, releasing agent, bactericide and pigment, stirring them, injecting them into mould, foaming and moulding.

A vacuum sealer for packaging, sealing and storing items and a film cartridge for a vacuum sealer is disclosed. The vacuum sealer has a means to feed, form, seal and cut film bags for storing items. The vacuum sealer preferably includes a body, a top portion, a base portion, a film cartridge, a drive mechanism, a sealing and cutting mechanism and a vacuum/pump mechanism. The film cartridge is operatively positioned in a feed opening in a top portion of the vacuum sealer. The film cartridge houses film for forming film bags for use in the vacuum sealer. The film cartridge may have tubular film contained in a collapsed state or may have two film rolls which are brought together and sealed at the edges. The vacuum sealer may be used in a vertical orientation or optionally in a horizontal or angled orientation.

In a photo film carrier for use with a photographic printer, a winding device includes a rotatable winder shaft for photo film. A feeding path introduces the photo film to the winder shaft. A leading end guide plate is curved in an arc shape at a predetermined interval L to the winder shaft, for receiving a leading end of the photo film having reached the winder shaft from the feeding path, to guide the photo film toward the winder shaft in an arc shape. A tightening guide mechanism is curved in an arc shape, for tightly fitting a leading end on the winder shaft by pressing the photo film from the feeding path, to prevent the leading end from being loose at the winder shaft when a second turn portion of the photo film comes to contact the leading end after substantially one rotation of the leading end.

HEAD FOR FILM CAMERAS, of the type that comprises a supporting frame with means for automated and remotely controlled movement about three orthogonal axles aa′, bb′, cc′, said head (1) frames comprising two “U”'s, one of them being secondary (2) and rotating about the TILT axle bb′, and the other being a main “U” (3) and rotating about the PAN axle aa′, said “U” facing one another and being articulatedly joined, the base of said secondary “U” (2) having a swinging crosspiece (4) that on its inner face supports a curve guide (6) for fixing and supporting that film camera, which curve guide (6) provides rotation along the ROLL axle cc′, said head (1) being joined to its support (5) with resilient damping means against undesirable movements and vibrations of said support (5) and in addition to the known movement axles, namely, PAN aa′, TILT bb′ and ROLL cc′, said head (1) is provided with an independent correcting axle dd′ having means for performing a correcting movement in the opposite direction to the undesirable movements of the PAN axle aa′.

The present invention relates to an exposure device for transferring circuit patterns of a mask to a roll-film-shaped object. The exposure device includes a supply reel rotation section that is constituted by a supply reel around which the object is wound and that feeds the object by rotating the supply reel, at least one guide roller for guiding the object fed from the supply reel rotation section, an exposure stage on which the circuit patterns are transferred to the object guided by the guide roller, and an alignment mark forming section which forms, on the object, alignment marks that are used to align the mask with the object and which is positioned between the guide roller and the exposure stage.

A roll photo film includes a spool which has a cylindrical core. A light-shielding sheet has a front end portion and a rear end portion. The front end portion is secured to the core. A first end of a photo filmstrip is secured to one securing position on the light-shielding sheet. The photo filmstrip is wound about the core in a roll form with the light-shielding sheet. A roll photo film producing apparatus includes a punch/die set, which has a trimming punch and a trimming die, and trims the rear end portion with a reduced width. A hole-forming punch and a hole-forming die are incorporated in the punch/die set, and cut a retaining hole through the rear end portion simultaneously with trimming of the rear end portion.

A heat-shrinkable resin film which has heat shrinkage in the maximum shrinkage direction of 20% or higher when a 10 cm×10 cm square sample cut out thereof is immersed in hot water at 85° C. for 10 seconds, pulled out, subsequently immersed in water at 25° C. for 10 seconds, and then pulled out, characterized in that a content of nitrogen atoms in a surface of the film is 0.1% to 3.0% and the surface of the film has wet tension of 36 mN/m or higher; and a film roll obtained by winding up the heat-shrinkable resin film characterized in that when the rolled film is sampled at a first sampling part located up to 2 m apart from the end of the rolled film and at other sampling parts located after the first sampling part at intervals of about 100 m and an average content of nitrogen atoms of each sample is calculated, then the content of nitrogen atoms of each sample is within the ±0.8% range based on the above average content of nitrogen atoms.

A film supply apparatus supplying film in a foam-in-bag system having a film feeding device for feeding film from a film source to a location for bag formation, a bag forming apparatus, a foam material dispenser positioned for feeding foam material for reception in a bag of the bag forming apparatus, and a web tensioning system with a web tensioning driver in driving communication with the film source and which is in communication with a controller for monitoring the film feed and web tension states and directing adjustments in the web tension system. The web tensioning driver is arranged to move film backwards or in a direction opposite to a direction of film feed induced by the film feeding means and with the film source including a roll of film and the web tensioning system including a drive transmission in communication with the roll of film for rotational driving of the roll of film and also in communication with web tensioning driver. There is further featured a spindle support for supporting the roll of film and a roll film core drive insert.

A film adhesion detection device comprises: a testing member, which comprises: a carrier, which is on the testing member and is capable of vacuum suction to adsorb a testing sample, the carrier can raise, move, rotate, and position; a testing cutting tool, which is on the testing member and is capable of dismantling from the testing member; a counterpoise, which is on the testing cutting tool to provide a suitable weight to the testing cutting tool according to the strength and thickness of the testing sample; and a tape adhesion testing device, which is on the testing member and has a tape-outputting wheel, a counterpoise and a tape recovery wheel, the tape adhesion testing device provides a suitable adhesion force to the testing sample via the counterpoise, the tape recovery wheel tears off a tape after the tape is on a film.

A film container (FIG. 4) comprises two rectangular films (5) joined together at their periphery to form a receiving chamber (6) for a filling (7), particularly a pharmaceutical formulation of an active substance, at least one of said films (5) being provided, for the purpose of tearing it open, with a marking (13) formed within the connecting region, which is exposed after the films (5) have been bent. The marking (13) extends centrally between two opposing outer edges (11) of the film container (1).

A system, method, and related computer program products for processing mammographic data are described. A digitizer receives a plurality of film cases arranged in a film case sequence, each film case comprising at least one mammographic film, the digitizer scanning each film case for generating a digitized version thereof. A processor processes the digitized versions according to at least one computer-aided detection (CAD) algorithm for detecting anatomical abnormalities therein. A display coupled to the processor displays a graphical status indicator comprising a plurality of film case icons, each film case icon corresponding to one of the film cases, wherein the film case icons are spatially ordered according to the film case sequence, and wherein each film case icon is configured to graphically communicate a current state of the scanning/processing for its corresponding film case.