124results about How to "Improve quality and reliability" patented technology

A radiant energy imaging system is used to create an electronic image of a person entering a security controlled area to detect weapons or contraband concealed under their clothing. The electronic image is electronically transmitted to a processing center where it is evaluated by a human and/or software algorithms for the presence of concealed objects. The resulting evaluation, consisting of digitally represented information, is electronically transmitted back to the examination site. In one embodiment this processed data is displayed as a graphical outline of the concealed objects superimposed on an optical image of the person. In another embodiment, the processed data is used to control a personnel barrier controlling access into the security controlled area. In another embodiment a network allocation server selectively routes the electronic images from two or more body scanners to two or more processing centers.

An approach is provided for managing a deployment of a software package. A retrieved quality assurance (QA) seal corresponding to a software package is verified. A target deployment environment (TDE) is obtained. The QA seal is read to obtain first and second profiles, and metadata, which specify a deployment environment, hardware and software dependencies required in the deployment, and an approval for a release of the software package to the specified deployment environment, respectively. Based on a determination that the TDE matches the specified deployment environment, the QA seal indicates the software package is compatible with the TDE. The dependencies are determined to be satisfied. Based on the software package being compatible with the TDE, the dependencies being satisfied, and the specified approval for the release of the software package, a notification of an authorization of the deployment of the software package to the TDE is generated.

A semiconductor electrical connection structure and a method of fabricating the same are provided. A wafer formed with a plurality of gold bumps thereon is divided into a plurality of individual chips. A carrier is prepared, and at least one of the chips is mounted on the carrier via a non-active surface of the chip. An insulating layer is applied on the carrier mounted with the chip, and formed with a plurality of openings using a laser drilling, photo imaging or plasma etching technique to expose the gold bumps via the openings. A conductive layer is formed on the insulating layer and in the openings. A pattered resist layer is applied on the conductive layer to define openings for electroplating. A circuit structure is electroplated in the openings of the resist layer so as to allow the chip to be electrically connected to an external device via the circuit structure.

A method for digital video image stabilization, the method including: estimating, from at least one portion of a frame, global frame displacement between an initial reference digital video frame and a current frame in a video sequence of frames; verifying, for the entire frame, the validity of the estimated frame displacement; and compensating for the estimated frame displacement by aligning at least one frame in the sequence with respect to the initial reference frame; wherein the step of aligning includes producing a corrected motion vector for the frame to be aligned and displacing the frame within the video frames sequence in accordance with the corrected motion vector.

A new apparatus and process for soldering surface-mount and through-hole type electronic components into a printed circuit board (PCB) in an automated fashion utilizing localized electromagnetic induction heating. Current manufacture technology for packaging electronic components depends exclusively on the reflow and wave soldering processes. Both processes heat up to relatively high temperature the entire assembly, namely its PCB and all the electronic components been soldered into it. Such high temperature environment frequently causes components damage resulting in rejects and/or demanding rework. With this invention however, during a soldering operation only the leads and pads, or joints, being soldered are heated but neither the body, or casing, of said electronic components nor the dielectric material forming said PCB are heated. Because of this selectively localized heating, the invention permits to reduce cost and improve the quality and reliability of manufactured products. This invention consumes about 200 times less energy than the reflow and wave soldering processes. Also allows in-process, and in-situ, testing of soldered joints quality thus permitting rework before final assembly of a PCB is completed. This invention also provides for an useful de-soldering apparatus.

An optical transmission device improved in quality and reliability of OADM function and permitting configuration of highly-flexible, economical OADM networks. A wavelength tunable filter variably selects a wavelength according to a control frequency. A filter controller applies the control frequency to the filter while scanning wavelength over an entire signal bandwidth, to detect, from a reference wavelength monitor signal supplied thereto, a reference control frequency which permits the filter to select a reference wavelength and according to which wavelength is matched. On receiving a wavelength selection request, the controller obtains a target control frequency from the reference control frequency and the position of a target wavelength relative to the reference wavelength, and applies the obtained frequency to the filter. A reference wavelength filter transmits the reference wavelength therethrough. A light-receiving element monitors the transmitted reference wavelength to generate the monitor signal.

A method of forming a silicon-on-insulator substrate is disclosed, including providing a silicon substrate; depositing a first insulation layer over the silicon substrate; forming a conductive layer over the first insulation layer to a first structure; providing a second structure comprising a silicon device layer and a second insulation layer; bonding the first structure and the second structure together so that the conductive layer is located between the first and second insulation layers; and removing a portion of the silicon device layer thereby providing the silicon-on-insulator substrate having two discrete insulation layers. In one embodiment, the method further includes forming at least one conductive plug through the silicon substrate and the first insulation layer and/or the second insulation layer so as to contact the conductive layer. Methods of facilitating heat removal from the device layer are disclosed.

The present invention offers an advanced control software verification technology, particularly, an assertion-based verification technology, by providing a control microcomputer verification device and vehicle-mounted control device that exhibit improved verification efficiency. Assertion-based verification is performed with a verification device that has a hardware configuration in which the verification device is independent of a CPU core of a microcomputer but operates in parallel with the CPU core of the microcomputer, which sequentially executes control software. The hardware to be employed to achieve the above purpose is a finite state machine based on microprogrammed control. An interrupt factor is branched immediately before an interrupt controller for the microcomputer and used as a transition input. When an abnormal transition is detected, a warning is output to the microcomputer as an interrupt or output to the outside in the form of a signal.

A method for separation the collagen from the various animal tissues is disclosed for preparing collagen solution and product using the same. The porcine tissues are processed to have proper form and size for acid-treatment. The acid-treatment is repeated with pepsin to separate type I or II collagens. The separated collagen is salt-treated for fractionation and ethanol-treated for obtaining 5˜10% of collagen from the initial tissue weight. The prepared tissues are processed for separating collagen through the collagen separating process. The separated collagen is processed for preparing product. The method for preparing product is comprised: treating a collagen solution having a predetermined concentration under a neutral condition at a low temperature, followed by overnight treatment at a temperature of 30 to 35° C.; concentrating collagen by centrifugation; and dissolving the thus-concentrated collagen in refrigerated weakly-acidic solvent or phosphate buffered saline (PBS), thereby preparing collagen having a concentration of 1 to 5 mg/mL.

Providing an insulation cap, improving waterproofness of a wire joint of a joined electrical wire, the insulation cap includes a cap main body for receiving the wire joint being ‘formed by’ joining cores of a plurality of covered wires and an electro-conductive sleeve, and a flexible fastener provided on an inner wall of the cap main body for fastening the wire joint by contacting a rear end of the electro-conductive sleeve thereon. The flexible fastener is formed as an integral part of the cap main body by fastening a molding die through a hole provided at an opposite end of a joint insertion end of the cap main body. A plurality of flexible fasteners are provided axial symmetrically to extend toward a direction of inserting the wire joint from a base formed as an integral part of the inner wall of the cap main body.

There is provided a method of manufacturing piezoelectric vibrators 1. The method includes a process for through holes 35 and 36, which pass through a base substrate wafer, so that openings of the through holes are opened to the outside of the recesses for cavities C; a process for patterning a bonding layer 30, pairs of mounting layers, and pairs of extraction electrode layers 33 and 34 on the upper surface of the base substrate wafer with the same conductive material; and a process for electrically isolating the extraction electrode layers 34 in the middle by irradiating a part (area S2) of the extraction electrode layers 34, which are formed between the bonding layer and openings of through holes 36, with laser light after both the wafers are anodically bonded to each other. The bonding layer 30 surrounds the recesses, the pairs of mounting layers are in the recesses, and the pairs of extraction electrode layers 33 and 34 electrically connect the pairs of mounting layers to the bonding layer.

A liquid crystal display device having high quality and high reliability is manufactured by preventing the occurrence of damages on a terminal portion due to the radiation of laser beams in cutting a substrate of the display device which is formed using a plastic substrate by the radiation of laser beams. A first substrate has a cutting line at a position which faces a terminal portion of a second substrate. In cutting the first substrate along the cutting line, laser beams are radiated to the first substrate along the cutting line so as to form a groove having a predetermined depth in the first substrate. Then, a load is applied to the first substrate along the groove so as to cut the first substrate.

Aspects of increasing the quality and reliability of desktop class storage disks in enterprise storage applications are described. The aspects include monitoring a number of idle states and busy states in a disk drive, and limiting performance of read/write commands by the disk drive based on whether a sufficient number of idle states has been monitored to avoid exceeding a duty cycle rating of the disk drive.

The present invention relates in general to systems and methods for automating various aspects of defect detection, such as surface anomaly and foreign object and debris detection in workpieces fabricated from metallic or non-metallic materials.

A display panel comprises a plurality of pixels. A first pixel among the plurality of pixels comprises a first subpixel which further comprises a first subpixel electrode, a first switching element configured to apply a data voltage to the first subpixel electrode, and a second switching element applying a boosting voltage to the first subpixel electrode. The first pixel further comprises a second subpixel comprising a second subpixel electrode and a third switching element applying the data voltage to the low pixel electrode. Accordingly, the display quality and the reliability of the display panel may be improved.

A 3D memory device includes a plurality of vertical pillars composed of a vertical channel and a multilayer data storage structure. The multilayer data storage structure can comprise a dielectric charge trapping structure. A stack of dielectric lined conductive strips separated in the stack by insulating strips have sidewalls disposed adjacent the corresponding vertical pillars. The conductive strips have a dielectric liner having a dielectric constant κ greater than 7 on the sidewalls in contact with the outside layer of the multilayer data storage structure on the corresponding pillar. The conductive strips in embodiments described herein can comprise a relatively low resistance material, such as a metal or a metal nitride. A manufacturing method using Si—Ge selective etching of sacrificial layers can be used in a gate replacement process to form the dielectric conductive strips.

A method of controlling a laser power of a zone Constant Linear Velocity (CLV) type optical disk player, in which a linear velocity of writing data is accelerated, by stages, toward an outer edge of an optical disk. The method includes changing a laser power for writing data onto the optical disk when the linear velocity is changed.

There is provided an image control apparatus which incorporates an automatic configuration mechanism for setting parameters used in event detection, to thereby perform efficient event detection, and improve quality and reliability of image monitoring control. An encoding section encodes an image from a monitoring camera. A reduced image generation section performs simplified decoding of an encoded image to generate a reduced image. A feature amount extraction section detects an image event from the reduced image and extracts feature amounts therefrom. A screen display control section performs screen display control such that a listing of static images of the reduced image is displayed on a display, and a detection event can be set which is an event to be detected. A detection dictionary-preparing section measures variance values from the feature amounts of the detection event to thereby prepare a detection dictionary containing detection parameters which are feature amounts having small variance values. An event detection control section calculates distances between the detection dictionary and the feature amounts to determine a detection range. An image recording section compares the distances and a threshold value for recording images, and based on a result of the comparison, records monitored images.