Abstract: A recording-material-transporting apparatus includes: a transport unit that transports a recording material by using a driving rotating member that performs a rotational driving operation and a driven rotating member that rotates upon receiving a driving force from the driving rotating member; a number-of-rotation information acquisition unit that is connected to the driven rotating member and that acquires information regarding a number of rotation of the driven rotating member; and a restricting portion against which the number-of-rotation information acquisition unit is pressed and that restricts a movement of the number-of-rotation information acquisition unit.

Abstract: A display device includes: a display panel including an active region, an inactive region disposed adjacent to the active region, and a first alignment mark, wherein a plurality of sub-pixels are disposed in the active region, and the first alignment mark is positioned at a first distance in a first direction from an alignment reference pixel disposed adjacent to a boundary of the active region; and an optical member including a plurality of lenses and a second alignment mark, wherein the plurality of lenses are disposed to be inclined at a first angle with respect to a direction in which the plurality of sub-pixels are arranged, and wherein the second alignment mark is positioned at the first distance in the first direction from the alignment reference pixel and is positioned at a second distance in a second direction, crossing the first direction, from the first alignment mark.

Abstract: An illustrative example of the present disclosure provides a machine configured to form a composite structure. The machine includes a composite placement machine, measuring equipment, a tool path generator, and compaction equipment. The composite placement machine lays up composite plies. The measuring equipment measures surfaces of the composite plies to form measurements during layup of the composite plies. A computer includes a model of the composite plies for a structure. The tool path generator forms a modified tool path based upon a difference between the measurements and expected measurements for the composite plies in the model.

Abstract: Disclosed is a lamination system. A lamination system, which bonds a panel and a bonding target panel to from a panel assembly, according to one embodiment of the present invention may include a transfer which moves along a transfer shuttle and supports any one among the panel, the bonding target panel, and the panel assembly, a bonding chamber which is provided parallel to the transfer shuttle and bonds the panel and the bonding target panel, and a first robot which transfers any one among the panel, the bonding target panel, and the panel assembly between the transfer and the bonding chamber.

Abstract: A die bond head apparatus has a die bond head body coupled to a die bond head motion table, a die holder motion table mounted on the die bond head body and a die holder which is operative in use to secure a semiconductor die to a substrate. The die holder is positionable by the die holder motion table independently of the die bond head motion table.

Abstract: A substrate bonding apparatus for bonding a first substrate to a second substrate includes a first bonding chuck configured to fix the first substrate to a first surface of the first bonding chuck; a second bonding chuck configured to fix the second substrate to a second surface of the second bonding chuck, the second surface facing the first surface; a process gas injector surrounding at least one selected from the first bonding chuck and the second bonding chuck in a plan view, the process gas injector configured to inject a process gas between the first substrate and the second substrate when respectively disposed on the first bonding chuck and the second bonding chuck; and an air curtain generator disposed at an outside of the process gas injector in the plan view, the air curtain generator configured to inject an air curtain forming gas to form an air curtain surrounding the first substrate and the second substrate.

Abstract: A bonding apparatus configured to bond substrates includes a first holder configured to vacuum-exhaust a first substrate to attract and hold the first substrate on a bottom surface thereof; a second holder disposed under the first holder and configured to vacuum-exhaust a second substrate to attract and hold the second substrate on a top surface thereof; a rotator configured to rotate the first holder and the second holder relatively; a moving device configured to move the first holder and the second holder relatively in a horizontal direction; three position measurement devices disposed at the first holder or the second holder rotated by the rotator and configured to measure a position of the first holder or the second holder; and a controller configured to control the rotator and the moving device based on measurement results of the three position measurement devices.

Abstract: Methods and systems for estimating values of process parameters based on measurements of structures fabricated on a product wafer are presented herein. Exemplary process parameters include lithography dosage and exposure and lithography scanner aberrations. A measurement model is employed to estimate process parameter values from measurements of structures fabricated on a wafer by a particular fabrication process. The measurement model includes process parameters and geometric parameters of structures under measurement. In some embodiments, a model based regression of both a process model and a metrology model is employed to arrive at estimates of at least one process parameter value based on measurements of a fabricated structure. In some embodiments, a trained measurement model is employed to directly estimate process parameter values based on measurements of structures.

Abstract: Bonding equipment includes a laminar flow source, a chip handling portion, a cleaning portion for cleaning a chip, a bonding portion for bonding the chip and a substrate, and a transfer mechanism for transferring the chip from the chip handling portion to the bonding portion. Among these, at least the bonding portion and the cleaning portion are disposed in a laminar flow by the laminar flow source.

Abstract: A technique for automated online inspection of manufacture of a fibre reinforced polymer composite part during automated ribbon placement (e.g. ATL or AFP) uses interferometric inspection (e.g. OCT) to detect deviations from a planned lay-up for the part, to identify defects. On line, real-time inspection (i.e. on-the-fly) is demonstrated, and edge type defects and whole surface defects are identifiable. A sensor is demonstrated that does not extend a working envelope of the robotic head used for rib bon placement.

Abstract: Metal film thickness can be determined using the sheet resistance, resistivity, and temperature coefficient of resistivity for the metal film. Variation in film thickness measurements caused by resistivity can be reduced or eliminated. A probe head may be used for some of the measurements of the metal film. The probe head can include a temperature sensor used during sheet resistance measurements. A wafer on a chuck is heated, such as using the chuck or the probe head, for the measurements.

Abstract: A label printer includes a print head, a transport roller disposed on an upstream side of the print head, a photosensor configured to detect a rear end of a label paper on an upstream side of the transport roller, and a control unit, and is configured to be capable of using a peeling unit including a peeling roller, in which the control unit causes the transport roller to stop transport when the rear end of the label paper comes off from the transport roller in a case where the photosensor detects the rear end of the label paper in a normal printing mode in which the peeling unit is not used, and causes the peeling roller to transport the mount after the rear end of the label paper comes off from the transport roller in a case where the photosensor detects the rear end of the label paper in a peeling mode in which the peeling unit is used.

Abstract: A printer according to the present invention includes a container configured to contain a roll body into which the belt-shaped mount is wound; an opening and closing cover configured to open or close the container; and a switching unit configure to be movable between a first position and a second position. When the switching unit is at the first position, printing is performed with the first ejection mode. When the switching unit is at the second position, printing is performed with the second ejection mode. A portion of the opening and closing cover contacts the switching unit so that the switching unit moves in a direction toward the second position, in response to a status change of the opening and closing cover from an opened status to a closed status.

Abstract: A system for manufacturing a display unit according to an exemplary embodiment of the present invention includes: a carrying unit configured to carry an optical film including a polarizing film and a release film, wherein the polarizing film includes an adhesive layer through which, a release film adheres to and is peeled from the polarizing film; a cutting unit configured to cut the optical film up to a predetermined depth to form a polarizing film sheet piece on the optical film, without cutting the release film; a panel supply unit configured to continuously supply a panel to an attachment position, at which the polarizing film sheet piece is attached to one surface of the panel; an attachment unit configured to peel the polarizing film sheet piece from the release film, and attach the peeled polarizing film sheet piece to the one surface of the panel supplied by the panel supply unit; and a winding unit configured to wind the release film peeled by the attachment unit, wherein the attachment unit includes

Abstract: In a method for applying a curable liquid using an inkjet printing method, a gloss level is controlled by first applying a first layer of liquid and curing the first layer. Having thus obtained a layer having known properties, a second layer is applied on the first layer. Droplets of the second layer are uncured for a predetermined period of time allowing the droplets to spread and coalesce to form a layer having a smooth and flat surface such to provide a desired gloss level, in particular a high gloss. Further, a printing apparatus configured to perform the method is provided.

Abstract: A system comprises a feed assembly for applying composite tape; a unit for forming lateral stripes across a portion of the tape that has been applied; a camera for capturing images of the lateral stripes; and a processor programmed to process the images of the lateral stripes to identify any discontinuities in the tape. Those stripes intersecting any discontinuities will make those discontinuities apparent.

Abstract: A launcher assembly includes an outer housing that supports aprons and a nozzle. The nozzle and apron are removable from the base to aid in set up and preparation. Rollers are mounted to ends of the base to aid movement through a sewer pipe. One end of the launcher includes an opening slot for receiving an extended end of the liner. A bladder is banded to a nozzle for inverting the liner. The launcher is held in place by a separately inflatable bellows and pillow. Cameras are mounted to the launcher to provide at least one image on a remote display to aid alignment and installation.

Abstract: A method of manufacturing laminated core segments including: a process to blank and laminate, wherein the segment core sheets formed in the adjacent virtual lines are aligned so that directions of the segment core sheets alternate, each of the segment core sheets are blanked and formed by a die device, and the laminated core segments are formed by laminating the blanked segment core sheets in the die device; a process to eject, wherein each of the laminated core segments formed by blanking and laminating in each virtual line is ejected from the die device; and a process to identify a blanking position, wherein the distinguishing marks are provided for the laminated core segments to identify the virtual lines therefor.

Abstract: A method and an arrangement for manufacturing a multi-layer composite (13) by laminating a sheet-like element (6) onto a backing (2) in a laminating unit (1), having steps, in this order, of conveying the element (6) in a longitudinal direction, detecting a position of the element (6), correcting the position of the element (6) on the basis of the detected position and on the basis of a reference position (15), and bonding said element (6) onto the backing (2). The detection step comprises the phases of measuring the lateral position, an angle of pivoting, and a longitudinal position of the element (6), and the correction step includes phases of lateral movement (T), pivoting (P), and longitudinal movement (L) of the element (6), apparatus elements perform the steps.

Abstract: A transfer label machine has a post treatment station for exposing newly applied labels to heat in order to finish and gloss out the label. The heat is applied through a nozzle coupled to a hot air supply system that includes a blower, ductwork, and a heating element disposed in the airflow. A temperature probe measures temperature of the air flow and an IR sensor measures the resulting temperature of containers on which the labels have been applied. A programmable logic controller (PLC) is programmed with proportional integral derivative (PID) algorithms to control the blower speed and the heating element to provide the appropriate amount of heat for the labeling or processing speed at which the labeling machine is operating. A vision system can confirm the quality of label after the post treatment heating.

Abstract: Apparatus and methods for fulfillment of patient prescription orders by adapting a standard or stock container pre-filled with medication or the like for use as a patient-specific container through precise application of patient-specific information to the pre-filled container. Precise placement of the patient-specific information to the pre-filled container enables pharmacy management to fully utilize valuable information provided with the pre-filled container, thereby improving the quality of service to the patient while making the process of prescription order fulfillment more efficient. In general, preferred embodiments comprise control apparatus and information-application apparatus. In embodiments, the information-application apparatus is adapted to place a patient-specific label on the container. Preferred forms of the information-application apparatus include a label printer and a positioner. The preferred printer applies patient-specific information on a label.

Abstract: An apparatus is provided for laminating a first and a second sheet (1, 2) comprising—a chamber (10) having a first, a second and a third compartment (11, 12, 13 resp.) subsequently arranged along a first axis (Z), each compartment having a port (21, 22, 23 resp.

Abstract: A method for joining, by adhesive bonding, at least two large joining partners in vehicle construction, in particular in aircraft construction, comprises the following steps: detecting the geometric data of the joining partners in an automated manner, detecting the joint gap dimensions of the joining partners from the geometric data, applying adhesive to one or both joint faces of the two joining partners to be joined as a function of the joint gap dimensions, joining the joining partners in the joining position, and sequentially applying joining pressure to the joint faces along the joint gap to bring the joining partners into the final joining position.

Abstract: To provide a laminating method which achieve high accuracy and high quality in a laminating step of an optical sheet and a display panel. Contact areas between the optical sheet and the sheet holding head are read. At this time, an optical element face of the optical sheet is brought into contact with the sheet holding head, light is irradiated to the contact areas therebetween from a no-optical-element face, and positional information of the optical sheet is read based on the distribution of the reflected light thereof.

Abstract: The invention relates to a device for treating packaging means, particularly in the form of bottles and similar containers, comprising a conveying element that can be used to move the packaging means past at least one treatment module provided on at least one operating position, which module can be coupled to and decoupled from the treatment position, and mechanical coupling and/or centering means determining the position of the at least one treatment module after docking. The invention is characterized in that, in order to detect possible deviations of the treatment module coupled to the treatment machine from the target position, and/or to realign the coupled treatment module into the target position, at least one optical centering and adjusting means is provided, some of the functional elements of which are provided on the treatment module, and some are provided on the treatment machine.

Abstract: The present invention relates to methods and apparatus utilizing distributed temperature sensing (DTS) to monitor the temperature of a cured-in-place pipe liner to determine if proper curing temperatures and times are achieved. More particularly, an optical fiber is placed between the pipe and the liner running the entire length of the liner. The optical fiber is coupled to a DTS unit. During curing of the liner, the DTS unit sends light pulses down the fiber from one end and detects the characteristics and time delay of light backscattered to the unit. The characteristics are indicative of the temperature of the optical fiber, while the delay is indicative of the round trip time of the light within the fiber, and thus the distance from the DTS unit from which any particular backscatter signal originated.

Abstract: A rotary lamination apparatus includes a die, a punch, a rotation drive source, a mounting table, at least one proximity sensor, and a determining device. The punch punches core pieces from a thin plate material. The rotation drive source drives and rotates the die about the central axis of the die. The mounting table is arranged in the inner space formed by the die. The core pieces are rotated and laminated on the mounting table. The proximity sensor detects whether the die is in the proximity of a predetermined position in a non-contact manner after the die has stopped rotating. The determining device determines whether the die is stopped at the predetermined position based on a detection result from the proximity sensor.

Abstract: A bonding apparatus for 3D integration may include a plurality of infrared microscopes that emit and receive infrared light for imaging, a first bonding chuck that holds a first semiconductor structure, and a second bonding chuck that holds a second semiconductor structure, whereby the second bonding chuck has a plurality of openings that are transparent to the received infrared light. A force pin is coupled to the first bonding chuck for applying a predetermined force to the first semiconductor structure for bonding to the second semiconductor structure. A temperature controller is coupled to the second bonding chuck, whereby the temperature controller applies a predetermined temperature to the second semiconductor structure, such that, prior to the bonding, the first and the second semiconductor structure are de-aligned with respect to each other using the plurality of infrared microscopes and the plurality of openings.

Abstract: A system for the manufacture of an end effector assembly which is configured for use with an electrosurgical instrument configured for performing an electrosurgical procedure is provided. The system includes a photolithography module that is configured to etch one or more pockets on a seal surface of the seal plate. A vacuum module is configured to raise, transfer and lower a spacer from a location remote from the pocket(s) on the seal plate to the pocket on the seal plate(s). An adhesive dispensing module is configured to dispense an adhesive into the pocket on the seal plate. An optical module is configured to monitor a volume of the adhesive dispensed within the pocket and monitor placement of the spacer within the pocket.

Abstract: A method for producing an analytical consumable is proposed. The analytical consumable comprises at least one carrier and at least one analytical aid connected to the carrier. At least one optically sensitive material is applied to the carrier, said material being designed to carry out at least one optically detectable alteration in the event of action of an electromagnetic radiation. In at least one coding step, at least one function information item about the analytical consumable is introduced into the optically sensitive material by means of electromagnetic radiation. The function information item is designed to enable at least one analytical instrument to use the analytical consumable correctly.

Abstract: The invention concerns a device and a corresponding method for the jointing of wafers along their corresponding surfaces.

Abstract: An apparatus for automatically marking laboratory test tubes in the stage of drawing biological material to be analyzed, which includes two or more distributors of test tubes of different types that are selectable by a control unit and are suitable for feeding test tubes to a test-tubes positioning device which in turn is suitable for presenting correctly positioned test tubes to a computerized labelling machine containing a printer for printing barcodes on labels. Each distributor includes an automatic drawing and discharging device for drawing and discharging single test tubes from a container of test tubes of a selected distributor to the positioning device.

Abstract: An apparatus for manufacturing an absorbent article includes: first and second reference-signal outputting sections for outputting first and second reference signals indicating a conveyance amount of a workpiece, a processing device for processing the workpiece based on a drive signal, an adhesive discharging device for discharging adhesive toward the workpiece based on a discharge signal, and a controller. While manufacturing the absorbent article, the controller generates both the drive signal and the discharge signal based on the first reference signal. While inspecting a discharge amount of the adhesive, the controller generates the discharge signal based on the second reference signal, without outputting the drive signal.

Abstract: A system for detecting a missing tow in a tow band may include a fiber placement head for applying a tow band to a substrate forming a composite layup. The system may further include a heating device for preheating the substrate prior to application of the tow band. The system may additionally include an infrared camera mounted to the fiber placement head and configured to generate a real-time thermal image of the composite layup during the application of the tow band to the substrate.

Abstract: A masking device capable of effectively carrying out a masking operation using a masking jig by means of a robot. A step S5, wherein the masking jig is taken out by a second robot, must be completed prior to step S6, and may be carried out until step S2 has been completed, otherwise, may be carried out concurrently with step S4. Since the taking out operation of the masking jig by the second robot may be concurrently with the detecting/taking-out operation of the workpiece or the applying operation of adhesive by the first robot, cycle time may be reduced.

Abstract: Process for providing a laminate product comprising a substrate and a printed film, the process comprising an embossing step synchronized with a decoration of the printed film and carried out continuously, through the passage of the laminate product between an engraved embossing cylinder, and a pressure counter-cylinder; the registration of the engraved cylinder, for keeping the synchronism between embossing and decoration, comprises suitable displacements of the engraved cylinder and is carried out with a temporary separation of the counter-cylinder from the engraved cylinder, or with a reduction in the embossing pressure existing between the engraved cylinder and the counter-cylinder.

Abstract: A traffic collision avoidance system device is provided. The device includes a radome having an antenna contained therein. A chassis is bonded to the radome by a layer of bonding material about the chassis periphery. A housing is provided having a substantially flat bottom portion and a wall extended about a periphery to define a interior portion. A second bonding layer disposed between the housing and the radome within the interior portion to form a seal.

Abstract: A chamber includes a sealed connection assembly sliding inside a translation plane, having two rigid parts, one of which comprises a groove. A planar seal and at least one O-ring seal are positioned in the groove, with the O-ring seal under the planar seal. An active surface of the planar seal, which projects above the groove, is compressed against a planar bearing surface of the other rigid part. The chamber can be used in a device for applying a plastic film onto a spectacle lens, in order to move the lens inside a variable-pressure space.

Abstract: Real-time alignment of substrates is conducted by way of placing a first substrate together with a second substrate located over the first substrate in a fixed relative position onto a first substrate holder. The first substrate holder is operative to support the first substrate. A second substrate holder is operative to contact and control the position of the second substrate relative to the first substrate. A pattern recognition system is operative to view reference marks on the first and second substrates for determining their relative alignment, and a positioning mechanism coupled to the first substrate holder and/or the second substrate holder will align the first substrate relative to the second substrate based on their relative alignment as determined by the pattern recognition system. Thereafter, the substrates are fully laminated to secure them to each other.

Abstract: A laminating apparatus (200) for laminating a substrate foil (SF) with a laminating foil (LF) comprises a first and a second facility (210, 214) for providing the substrate foil and the laminating foil respectively, a recognition facility (224, 225) for determining a location of at least one feature of at least one (LF) of the laminating foil and the substrate foil and an alignment facility (252, 253) for aligning the at least one (LF) of the foils, a separation facility (240) for separating a portion (SF1; LF1) of the at least one of the foils after it is controlled by the alignment facility, a laminating facility (250, 252) for laminating the separated portion of the at least one of the foil against the other one of the foils.

Abstract: A method of producing a flat panel display including step 1-step 4, or step 1-step 5, where at least one of the optical elements after step 4 or step 5 can be reused as an optical element in step 1: step 1: adhering two optical elements to each other via an adhesive sheet or a curable resin layer, and applying an autoclave treatment to give an optical laminate step 2: checking the appearance of the optical laminate obtained in step 1 step 3: assembling a flat panel display using the optical laminate that passed the check in step 2 step 4: separating the two optical elements in an optical laminate that was rejected by the check in step 2 by relatively rotating them with a vertical line penetrating the opposing faces thereof as a rotation axis step 5: washing the optical element resulting from step 4.

Abstract: An airship hull repair system. The system includes a drive subsystem configured to move the system across an airship hull, a damage detecting subsystem configured to detect damage to the airship hull, a hull repair subsystem configured to repair the detected damage to the airship hull, and a magnetic coupling. The drive subsystem, the damage detecting subsystem, and the hull repair subsystem are included in an interior piece of the system configured to move on an interior of the airship hull and an exterior piece of the system configured to move on an exterior of the airship hull. The magnetic coupling couples the interior piece and the exterior piece to move together.

Abstract: There are provided a method and device for thermocompression bonding of possibly preventing any warping of a resin member to be caused by thermocompression bonding, and of possibly reducing the time to be taken for processing. The method for thermocompression bonding, includes: preheating a resin member using an infrared radiation section; and subjecting the resin member to thermocompression bonding using a heating section and a pressurization section.

Abstract: An inspectable joint in a medical device is disclosed that includes at least one medical-grade tube having an end, a medical-grade fitting having at least one joining surface configured to accept the end of the tube, and a joining material disposed between the tube and the joining surface. The joining material includes a first component configured to couple the tube to the fitting and a second component configured to provide observable evidence of the presence of the joining material between the tube and the joining surface.

Abstract: Machines for manufacturing photovoltaic modules and methods for manufacturing photovoltaic modules can include tape handling components.

Abstract: A device for transferring labels in a labeling machine with at least two retaining elements for holding labels, with the retaining elements being mounted offset in the circumferential direction around a gripper cylinder axle, and a mechanical control means configured to change the relative speed between the retaining elements in the circumferential direction of the gripper cylinder.

Abstract: A laminating apparatus is composed of a transporting device for transporting a card, a film supplying device for supplying a film, a compression bonding device for thermally compression bonding a laminate material on the film onto the card, a driving device for shifting the compression bonding device from a standby location to a compression bonding location, a film taking-up device for taking up the film, a first guide for guiding the film in a supply side of the film, a second guide for guiding the film in a take-up side of the film, and a third guide for guiding the film in an upstream side of the second guide and in a downstream side of the compression bonding device, wherein the third guide moves in conjunction with the compression bonding device.

Abstract: In a masking system a robot performs first conveyance work of making an object gripping unit grip an object and set the object at a predetermined position based on positional information of the object which was detected by a first detection unit, coating work of making a coating unit coat an adhesive on a masking location of the object which is set at the predetermined position, and second conveyance work of making a masking piece gripping unit adhere a masking piece to the masking location of the object based on positional information of the masking piece which was detected by a second detection unit.

Abstract: An device for simultaneous application of elastoplastic spacer tapes to two glass panes with identical outline shape and identical dimensions has two application heads (107) that can be adjusted essentially vertically up and down on linear axles (105). The application heads (107) are moved synchronously, likewise the two glass panes by the holding devices that are assigned to them and that move the glass panes in a direction that is perpendicular to the direction of motion of the application heads (107). Thus, it is sufficient to measure a single glass pane of a triple insulating glass element, and both application panes of the insulating glass element can be covered at the same time with spacer tapes, so that time is saved, and the two application panes can be assembled with the cover pane in a shorter time interval into an insulating glass element with three panes.

Abstract: This bonding system comprises a bonding processing station and a carry in/out station which carries a substrate to be processed, a supporting substrate or a bonded substrate that is obtained by bonding a substrate to be processed and a supporting substrate into/out of the bonding processing station. The bonding processing station comprises a coating device which applies an adhesive to the substrate to be processed or the supporting substrate and a heat treatment device that heats the substrate, to which the adhesive has been applied. In addition, a bonding device turns over one of the substrates, and presses the overturned substrate against the other substrate with an adhesive therebetween, thereby bonding the substrates together. A conveyance region conveys the substrate(s) to the coating device, the heat treatment device and the bonding device.