45 results about "Contact print" patented technology

A board to board connector includes a dielectric housing and a plurality of terminals. The dielectric housing has an upper surface, a bottom surface and a plurality of terminal passages which pass through the upper surface and the bottom surface. Each terminal is received in each terminal passage respectively. Each terminal has a fixed holding portion. A compressed portion extends from the lower end of the fixed holding portion. The compressed portion has a second contact portion protrudes out from the bottom surface of the dielectric housing. A winding portion extends from the upper end of the fixed holding portion. A first contact portion extends from the top of the winding portion and protrudes out from the upper surface of the dielectric housing. The board to board connector utilizes the elastic force which is supplied by the compressed portion and the winding portion to ensure the terminals contact printed circuit boards stably so as to assure the transmitting of the signal is stably.

A non-contact printed circuit board (PCB) electromagnetic testing system comprises at least one high resolution transducer operative to induce multi-frequency, multi-amplitude eddy currents in a tested PCB, each such transducer including both a high frequency excitation coil that serves also as a sensing coil and a direct current (DC) bias coil operative to provide an optimal transducer operating regime; a multi-frequency generator for providing AC and DC bias signals to each transducer; and a control mechanism for driving the transducer. Optionally, the system further comprises an external ferrite concentrator that enhances a magnetic field flux focus and depth of focus on the inspected PCB. The mutli-frequesncy, multi-amplitude methods enable three-dimensional mapping of various features in the PCB with both high sensitivity and high resolution in respective operating regimes.

A method for contacting printed conductors terminating at the edge of a circuit board with printed conductors of a MID component includes: on a panel which includes the circuit board, producing the printed conductors of the circuit board in a layout in which the printed conductors are extended past a partition line which defines the edge of the circuit board; providing the panel with through holes along the partition line in the region of the printed conductors; electroplating through the through holes; isolating the circuit board from the panel; and positioning the circuit board in relation to the MID component and soldering the printed conductors of the circuit board to the printed conductors of the MID component. Rear electrical contacting areas are provided on a back side of the panel near the partition line, and the printed conductors are connected to the rear electrical contacting areas via the through holes.

A method is provided for repairing defects in a contact printed circuit. The method provides a substrate with a contact printed circuit formed on a substrate top surface. After detecting a discontinuity in a printed circuit feature, a bias voltage is applying to at least one of a first region of the printed circuit feature or a second region of the printed circuit feature. The bias voltage may also be applied to both the first and second regions. An electric field is formed between the bias voltage and an ink delivery nozzle having a voltage potential less than the bias voltage. Conductive ink is attracted into the electric field from the ink delivery nozzle. Conductive is printed ink on the discontinuity, forming a conductive printed bridge. Typically, the ink delivery nozzle is an electrohydrodynamic (EHD) printing nozzle.

A contact printing apparatus (100), using a direct-coupled emissive array (20) of individual light emitting pixels (22), forms an image from digital data onto a photosensitive medium (16). The direct-coupled emissive array (20) is fabricated on an optically coupled substrate (25) that provides light-directing elements, such as a lenslet array or fiber optic faceplate (40) for directing light from emitter pixels (22) to print pixel (71) locations on the photosensitive medium (16).

A rim is provided for a bicycle wheel having an axis about which the wheel rotates and a center plane normal to the axis, including a tire-engaging portion located at an outer perimeter of the rim. An inner perimeter portion is located radially inwardly from the tire-engaging portion. The rim includes a first sidewall and a second sidewall spaced from the first sidewall. The first and second sidewalls extend between the tire-engaging and inner perimeter portions. An image receiving area is located on each of the first and second sidewalls and a non-contact printed graphic is disposed on at least some of the image receiving area.

A process comprising the step of: contact printing a pattern of an electroless deposition catalyst via a hydrophilic phase to a receiving medium, wherein said electroless deposition catalyst requires no activation prior to electroless deposition.

The invention discloses printing and dyeing equipment high in printing and dyeing quality. The equipment comprises a dye box and a transverse plate, the dye box is located below the transverse plate,the two sides of the dye box are both fixedly connected with an electric retractable rod, the top of each electric retractable rod is fixedly connected with a connecting plate, the bottom of each connecting plate is fixedly connected with a vertical plate, and the bottom of each vertical plate extends to an inner cavity of the dye box; a motor box is fixedly connected with the positions, in the inner cavity of the dye box, on the surfaces of the vertical plates; a motor is fixedly connected with the positions, in an inner cavity of the motor box, on the surfaces of the vertical plates. Materials are extruded through an extrusion roller, so that the materials are in close contact with a printing and dyeing roller, the printing and dyeing quality of the materials is improved, and the problems are solved that when printing and dyeing equipment performs contact printing on the materials through the printing and dyeing roller, the height of the printing and dyeing roller cannot be adjusted,accordingly the printing and dyeing roller cannot be in close contact with the materials, and the printing and dyeing quality of the materials is reduced.

The present disclosure provides an apparatus and method for packaging a non-contact printed edible substrate as well as the resultant packaged product. The packaging apparatus may include a non-contact printer, a carrier, and a package located at a discharge position. The carrier may be constructed and arranged to transport the edible substrate from the print position to the package and orient same in the package so that the printed ink indicia is visible through at least a portion of a panel of the package. At a print position, the non-contact printer is constructed and arranged to apply an edible ink indicia to an edible substrate. The packaging apparatus may form a packaged product having a plurality of compartments where at least one compartment at least partially defined by a panel. The interior of the compartment contains at least one edible substrate comprising a surface and a printed edible ink indicia on the surface so that the ink indicia is visible through at least a portion of the panel.

A multi-channel pressure sensor module (10) for integration in a hydraulic/electrical control unit of a vehicular braking system is shown. A body or manifold (16) mounts a plurality of strain gauge sense element assemblies (12) each having a port for connection to a fluid pressure source to be monitored. An electronic module assembly (14) has a contact printed circuit board (24) and a sense element printed circuit board (22) sandwiching a spacer/support member (20) and electrically coupled together by a flexible circuit board (26). The spacer/support member (20) is formed with pockets (20e, 20f) for receipt of discrete electronic components and to provide access to wire bond pads (22c) and sense element openings (22b). First and second sets of guide posts (20c, 20d) extend from the spacer/support member for alignment of the circuit boards as well as the electronic module assembly on the base. A cover (18) is received on the base over the electronic module assembly and provides access to contact pads of the contact printed circuit board through a shroud (18d).

The invention relates to the field of printing, in particular to an automatic typography printing system by a user directly contacting a printing factory. The existing printing service has the defects that the communication efficiency between the user and the printing factory is lower; when a common user needs to manufacture the self personalized real professional printing product, multiple steps are required; the difficulty in operation is high, and the cost is high; along with the popularizing of mobile equipment, such as smart phones, the user time is fragmented, and the common user cannot easily and consistently improve the self personalized printing product layout design. The automatic typography printing system has the advantages that by utilizing software technique, the user can enjoy the professional service experiences in the fragmented time; the self-help printing is realized through the self selection and arrangement of the user, the personalizing requirement of the user is met, and the printing cost is reduced.

The present invention comprises methods of contact printing of patterned, self-assembling monolayers of alkanethiolates, carboxylic acids, hydroxamic acids, and phosphonic acids on metallized thermoplastic films, the compositions produced thereby, and the use of these compositions. Patterned self-assembling monolayers allow for the controlled placement of fluids thereon which contain a chemically reactive, indicator functionality. The optical sensing devices produced thereby when the film is exposed to an analyte and light, can produce optical diffraction patterns which differ depending on the reaction of the self-assembling monolayer with the analyte of interest. The light can be in the visible spectrum, and be either reflected from the film, or transmitted through it, and the analyte can be any compound reacting with the fluid on the self-assembling monolayer. The present invention also provides a flexible support for a self-assembling monolayer on gold or another suitable metal.

A patterning method for micro-contact printing involves the steps of: applying a resin on a master having projected patterns, hardening the resin and thereafter removing the hardened resin from the master to make a stamp of the resin; applying a molecular ink including hydrophobic molecules dispersed in a solvent on the stamp; forming micro-contact printed patterns of the hydrophobic molecular layer on a substrate by means of the stamp on which the molecular ink is applied; dipping the substrate with micro-contact printed patterns in a hydrophilic molecule solution dispersed in a solvent to give chemical modification to the areas of the surface of the substrate around the micro-contact printed patterns, the solution including hydrophilic molecules having a chain length shorter than the chain length of hydrophobic molecules included in the molecular ink is used as the hydrophilic molecule solution. According to the method, printed products having micro-contact printed patterns of a molecular level are obtained with a contrast between the micro-contact printed patterns and the area of the surface of the substrate around the micro-contact printed patterns.

A negative density range control system uses color hue contrast to provide a print of a picture, by comparing the relationship between negative hue density and print emulsion density requirement and providing an appropriate density for a printing process, whether converting a positive digital image to negative digital image with a specific hue density color or making a print by contact printing a hue density negative rendered from a digital image file.

A damper wedge for a railway vehicle bogie is provided. The damper wedge has a friction member that rides on a wear plate of a side frame column of a railway vehicle bogie. The damper wedge block is provided with a non-metal abrasion surface; a spring seat engaged in use with a spring of the railway vehicle bogie; and a sloped damper wedge surface having a primary angle alpha and a secondary angle beta. The spring seat is provided with an axial center line. The inclined damper wedge surface has a curvature. The curvature has an operating point. The damper wedge has a reference plane perpendicular to the non-metallic wear surface and including the axial centerline. The axial centerline intersects the inclined damper wedge surface at an intersection point that is the center of the contact footprint. And the working point is positioned in a central area of the contact print or the working surface print.

The invention, which belongs to the technical field of nonvolatile memories, discloses a resistive random access memory used in flexible circuits and a production method thereof. The invention utilizes contact printing to form two layers of high-density metal nanowires arranged perpendicular to one another, the metal nanowires are used as the electrodes of the resistive random access memory, and thereby an ultrahigh-density resistive random access memory array can be formed; meanwhile, the invention utilizes polymer material to form a p-n junction structure and a storage unit in the resistive random access memory, so that high temperature is avoided, and therefore the resistive random access memory can be integrated in a flexible circuit. The invention has the advantages of simple implementation technique, low cost and the like and does not need high-temperature annealing, and moreover, the invention is applicable to printed circuits.