Abstract: A method to augment a plurality of IPS or SIEM evidence information is provided. The method may include monitoring a plurality of processes associated with a computer system. The method may also include identifying a plurality of processes that have network activity. The method may further include capturing the identified plurality of processes that have network activity. The method may also include storing the identified captured plurality of processes that have network activity. The method may include monitoring a plurality of selected programs associated with an operating system of the computer system. The method may also include identifying a plurality of selected programs that have network activity. The method may further include capturing a plurality of screen capture images associated with the identified plurality of selected programs. The method may include storing, by the second component the captured plurality of system process activity.

Abstract: A method to augment a plurality of IPS or SIEM evidence information is provided. The method may include monitoring a plurality of processes associated with a computer system. The method may also include identifying a plurality of processes that have network activity. The method may further include capturing the identified plurality of processes that have network activity. The method may also include storing the identified captured plurality of processes that have network activity. The method may include monitoring a plurality of selected programs associated with an operating system of the computer system. The method may also include identifying a plurality of selected programs that have network activity. The method may further include capturing a plurality of screen capture images associated with the identified plurality of selected programs. The method may include storing, by the second component the captured plurality of system process activity.

Abstract: The present invention discloses a sealant coating equipment of a liquid crystal panel which comprises a nozzle, the nozzle is used for sealant coating of substrates required to be sealant-coated, the equipment further comprises a monitoring and detecting device. When the nozzle is performing sealant coating, the monitoring and detecting device is used for instantaneously acquiring images after the sealant coating is performed by the nozzle, determining if there are defects of sealant coating according to the acquired images, and recording location data of defective sealant coatings when determining that there are the defective sealant coatings. When the nozzle finishes the sealant coating, the monitoring and detecting device is further used for displaying images of the defective sealant coatings and locations data of the defective sealant coatings. The present invention further discloses a sealant coating method of a liquid crystal panel.

Abstract: A method of interpreting a rule and a rule-interpreting apparatus for rule-based security apparatus, and an apparatus implementing the method. The method comprises the following steps: designating a suspicious timeslot; if any packet does not present in the designated timeslot, capturing current incoming packets or capturing other incoming packets in the designated timeslot next time; automatically associating the packets in the designated timeslot to form at least one traffic flow corresponding to a connection or call; analyzing the at least one traffic flow to select at least one suspicious target traffic flow; and outputting the at least one selected suspicious target flow.

Abstract: The present invention discloses a method for manufacturing alignment films for a liquid crystal display panel, characterized in that the method includes steps of: dripping liquid crystal mixture, which comprises liquid crystal molecules and liquid crystal alignment monomers, on a first substrate; gluing the first substrate and a second substrate together, irradiating the first substrate and the second substrate by a first UV ray and providing an electric field between the first substrate and the second substrate at the same time; and irradiating the first substrate and the second substrate by a second UV ray, and curing the first substrate and the second substrate at the same time to form the alignment films.

Abstract: The present invention discloses a method for manufacturing alignment films for a liquid crystal display panel, characterized in that the method includes steps of: dripping liquid crystal mixture, which comprises liquid crystal molecules and liquid crystal alignment monomers, on a first substrate; gluing the first substrate and a second substrate together, irradiating the first substrate and the second substrate by a first UV ray and providing an electric field between the first substrate and the second substrate at the same time; and irradiating the first substrate and the second substrate by a second UV ray, and curing the first substrate and the second substrate at the same time to form the alignment films.

Abstract: The present invention discloses a sealant coating equipment of a liquid crystal panel which comprises a nozzle, the nozzle is used for sealant coating of substrates required to be sealant-coated, the equipment further comprises a monitoring and detecting device. When the nozzle is performing sealant coating, the monitoring and detecting device is used for instantaneously acquiring images after the sealant coating is performed by the nozzle, determining if there are defects of sealant coating according to the acquired images, and recording location data of defective sealant coatings when determining that there are the defective sealant coatings. When the nozzle finishes the sealant coating, the monitoring and detecting device is further used for displaying images of the defective sealant coatings and locations data of the defective sealant coatings. The present invention further discloses a sealant coating method of a liquid crystal panel.

Abstract: The present invention provides a liquid crystal dispensing device having temperature control. The liquid crystal dispensing device is to mount at least one temperature controller on a liquid crystal tank, a delivery pipe or a liquid crystal dropping nozzle to reduce viscosity of liquid crystal before dropping the liquid crystal on a substrate, so as to reduce the impact made on the alignment film of the substrate when dropping the liquid crystal and thereby reduce occurrence of drop-mura defect after dropping liquid crystal.

Abstract: The present invention provides a transporting device, a display panel assembly apparatus and a method using the same. The display panel assembly apparatus comprises a liquid crystal filling device, an alignment assembly device, a transporting device and a curing device. The transporting device comprises at least one transporting unit and at least one auxiliary curing unit. The display panel assembly method comprises the following steps: forming a liquid crystal on a first substrate; aligning and assembling a second substrate on the first substrate; pre-curing a sealant of a display panel when transporting the display panel; and curing the sealant of the display panel completely. The present invention can improve the problem that the sealant is damaged by the spreading of the liquid crystal due to the long transport time.

Abstract: The present invention provides an ultraviolet curing device for a liquid crystal panel. The ultraviolet curing device has a sample platform and at least one ultraviolet-curing light source. The sample platform is used for placing a liquid crystal panel thereon. The ultraviolet-curing light source is mounted above the sample platform. The ultraviolet-curing light source has a radiation area smaller than an arrangement area of a sealant of the liquid crystal panel that is waiting to be cured by radiation of ultraviolet lights. The ultraviolet-curing light source moves above the sample platform and a surface of the liquid crystal panel and radiates at least one sealant of the liquid crystal panel under cured. The present invention further provides a corresponding ultraviolet curing method for a liquid crystal panel.

Abstract: The present invention provides a curing device and a display panel assembly apparatus using the same. The display panel assembly apparatus comprises a liquid crystal filling device, an alignment assembly device, a transporting device and the curing device. The curing device comprises a supporting stage configured to support the display panel; and a plurality of curing units disposed above the supporting stage, wherein the curing units are arranged according to a sealant pattern of the sealant. The present invention can reduce the number and used power of the curing units.

Abstract: The present invention provides a sealant coating device having a sealant receiving chamber and a nozzle formed on a lower portion of the sealant receiving chamber. The sealant coating device further has a heating device, and the heating device is installed around the sealant receiving chamber for heating a sealant material filled in the sealant receiving chamber. The present invention further provides a dispensing method of the sealant coating device, which has the following steps of: obtaining time during the sealant material stays in the sealant receiving chamber; calculating a target temperature of the sealant material according to the obtained time and a desired sealant viscosity value; heating the sealant material to the target temperature. The advantages of the present invention are to use the heating device to lower the sealant viscosity based on the characteristic of the sealant viscosity varied with the temperature.

Abstract: A method of measuring image-sticking of a display is described. A display having N gray levels is provided. Next, an image-stick test frame having at least a first pattern having a low gray level and at least a second pattern having a high gray level is displayed on the display. After the image-stick test frame is displayed for a while, an image-stick region and a non-image-stick region are formed on the display. A measuring frame is then displayed on the display, wherein the non-image-stick region in the measuring frame has a standard gray level M. A plurality of middle gray levels is sequentially displayed on the image-stick region in the measuring frame. When the boundary between the non-image-stick region and the image-stick region in measuring frame is the lightest, the middle gray level is converted into an image-sticking level.

Abstract: The present invention relates to an optical touch liquid crystal display device comprising a liquid crystal display panel for displaying an image, a backlight unit disposed beneath the liquid crystal display panel for providing a backlight for the liquid crystal display panel, a bezel, at least a light emitting element, and at least an optical sensor. The bezel comprises an inside surface having a horizontal surface and a vertical surface. The bezel surrounds and fixes the liquid crystal display panel and the backlight unit. The light emitting unit is disposed on the inside surface of the bezel for providing light to form an optical matrix at the image display side of the liquid crystal display panel. The optical sensor is disposed on the inside surface of the bezel for detecting a touch on the liquid crystal display panel.

Abstract: A method of measuring image-sticking of a display is described. A display having N gray levels is provided. Next, an image-stick test frame having at least a first pattern having a low gray level and at least a second pattern having a high gray level is displayed on the display. After the image-stick test frame is displayed for a while, an image-stick region and a non-image-stick region are formed on the display. A measuring frame is then displayed on the display, wherein the non-image-stick region in the measuring frame has a standard gray level M. A plurality of middle gray levels is sequentially displayed on the image-stick region in the measuring frame. When the boundary between the non-image-stick region and the image-stick region in measuring frame is the lightest, the middle gray level is converted into an image-sticking level.

Abstract: A method of preventing image sticking suitable for adjusting a static frame is described. The method of preventing image sticking includes the following steps. First, a gray level display ratio is computed. A frame is displayed by a plurality of pixel units. Each pixel unit corresponds to a gray level display ratio. Then, a difference value between the gray level display ratios of two pixel units in the static frame is computed. Next, whether the difference value is larger than a critical value is determined. When the difference value is larger than the critical value, the gray level display ratios of the two pixel units are adjusted so that the difference value is smaller the critical value.

Abstract: A method of preventing an image sticking for a liquid crystal display includes alternately providing a high gray-level picture and a low gray-level picture between any two adjacent pictures, wherein the backlight is turned off. Or, in the turning-off process of the liquid crystal display, the high gray-level picture and low gray-level picture are provided alternately to the display panel. Therefore the ion densities of the pixels on the display panel are adjusted to the same or approximately the same to present a uniform image.

Abstract: A plasma display panel and method for adjusting color temperature therefor are provided, including the steps of providing a mixed fluorescent material, a green fluorescent material, and a blue fluorescent material, and then coating the mixed fluorescent material into a rib of each red sub-pixel, coating the mixed fluorescent material into a rib of each green sub-pixel, and coating the blue fluorescent material into a rib of each blue sub-pixel. The red light-emitting portion of the plasma display panel is mixed with a proper amount of the blue fluorescent material so as to achieve a higher color temperature of the red light-emitting portion and thus a higher color temperature of the overall display panel.

Abstract: In a plasma display panel (PDP) a method for prolonging useful life thereof comprises the steps of performing an experiment on red, green, and blue phosphor layers each coated on a corresponding discharge cell for calculating a gain per gray scale on the phosphor layer of each discharge cell and obtaining expressions to represent relationship with respect to the use time of each discharge cell, thereby establishing a comparison table with respect to the gains; enabling a control circuit of PDP to select one of the gains from the comparison table based on use time for dynamically adjusting strength of input video signal of each discharge cell; and compensating a reduced brightness per gray scale on the phosphor layer of each discharge cell due to increase of the use time by each of emitted red, green and blue lights. This compensates the reduced emissivity and eliminates adverse effects such as shortening of life, color temperature change, and color deviation caused by the reduced emissivity.