Abstract: Provided is an image enhancement method, performed by a data processing device, the method including: performing a first edge-preserving filtering on an original image to obtain a first processed image; obtaining a detail feature of the original image based on the original image and the first processed image; determining a second processed image according to the detail feature and the first processed image; and processing the second processed image in a guided image filtering manner by using the original image as a first guidance image, to obtain a third processed image, and outputting the third processed image to be displayed.

Abstract: The present invention discloses a multimode CMOS image sensor and a control method thereof. The sensor comprises an independent control area group, a peripheral control circuit, a section mode setting module and a section mode configuration module. The method comprises dividing an independent control area group of the sensor into sections; setting a mode for each of the sections obtained; configuring a control mode of the peripheral control circuit for a corresponding section according to the mode set.

Abstract: Provided is a super-resolution image sensor and a producing method thereof such that, on the basis of not changing the arrangement of the image sensitive unit array of the image sensor, by means of the existing micro-lens manufacture techniques, the imaging resolution can be increased by offsetting micro-lens rows in a micro-lens array that covers upon the image sensitive unit array. In some examples, a super-resolution image sensor comprises an image sensitive unit array having image sensitive unit rows aligned with one another, and a micro-lens array covering upon the image sensitive unit array. Relative to a reference micro-lens row in the micro-lens array, the other micro-lens rows are regularly offset. Each micro-lens unit in the reference micro-lens row is center aligned with a corresponding image sensitive unit in a reference image sensitive unit row.

Abstract: A detection method and system are used for a moving target based on multiple sensors on the same platform. N mutually independent image sensors arranged on a monolithic planar array sensor compose an image sensor group, which has a layout where n image sensors are arranged equidistantly on the same line in a travelling direction of a satellite. The method includes respectively collecting image data by the multiple sensors, performing on-board pre-processing to the image data collected by each image sensor, acquiring an image from the received pre-processed image data, and performing operation to the image from different image sensors, to recognize the moving target. The system includes sequentially connected sensor groups, an image data pre-processing device and a wireless transmitting device, a wireless receiving device wirelessly connected with the wireless transmitting device, and a moving target recognition device connected with the wireless receiving device.

Abstract: The present invention discloses a method and device for storing image data, the method includes: receiving image data to-be-stored; extracting basic information of the image data and generating a header file; partitioning the image data by a preset block size according to the basic information of the image data, and generating a data file; and storing the header file and the data file and generating a storage file. In the present invention, image data are stored as double files, so as to add basic information of an image into the image, and in storing a massive-data image, the image is partitioned by a preset size prior to sequential storage, so that when the image is displayed, only one or several sub-blocks of the image are extracted and displayed, allowing quick display of the image with massive data, improving the efficiency of image display.

Abstract: Provided is an image enhancement method, performed by a data processing device, the method including: performing a first edge-preserving filtering on an original image to obtain a first processed image; obtaining a detail feature of the original image based on the original image and the first processed image; determining a second processed image according to the detail feature and the first processed image; and processing the second processed image in a guided image filtering manner by using the original image as a first guidance image, to obtain a third processed image, and outputting the third processed image to be displayed.

Abstract: A detection method and system are used for a moving target based on multiple sensors on the same platform. N mutually independent image sensors arranged on a monolithic planar array sensor compose an image sensor group, which has a layout where n image sensors are arranged equidistantly on the same line in a travelling direction of a satellite. The method includes respectively collecting image data by the multiple sensors, performing on-board pre-processing to the image data collected by each image sensor, acquiring an image from the received pre-processed image data, and performing operation to the image from different image sensors, to recognize the moving target. The system includes sequentially connected sensor groups, an image data pre-processing device and a wireless transmitting device, a wireless receiving device wirelessly connected with the wireless transmitting device, and a moving target recognition device connected with the wireless receiving device.

Abstract: Provided is a super-resolution image sensor and a producing method thereof such that, on the basis of not changing the arrangement of the image sensitive unit array of the image sensor, by means of the existing micro-lens manufacture techniques, the imaging resolution can be increased by offsetting micro-lens rows in a micro-lens array that covers upon the image sensitive unit array. In some examples, a super-resolution image sensor comprises an image sensitive unit array having image sensitive unit rows aligned with one another, and a micro-lens array covering upon the image sensitive unit array. Relative to a reference micro-lens row in the micro-lens array, the other micro-lens rows are regularly offset. Each micro-lens unit in the reference micro-lens row is center aligned with a corresponding image sensitive unit in a reference image sensitive unit row.

Abstract: The present invention discloses a method and device for storing image data, the method includes: receiving image data to-be-stored; extracting basic information of the image data and generating a header file; partitioning the image data by a preset block size according to the basic information of the image data, and generating a data file; and storing the header file and the data file and generating a storage file. In the present invention, image data are stored as double files, so as to add basic information of an image into the image, and in storing a massive-data image, the image is partitioned by a preset size prior to sequential storage, so that when the image is displayed, only one or several sub-blocks of the image are extracted and displayed, allowing quick display of the image with massive data, improving the efficiency of image display.

Abstract: The present invention discloses a multimode CMOS image sensor and a control method thereof. The sensor comprises an independent control area group, a peripheral control circuit, a section mode setting module and a section mode configuration module. The method comprises dividing an independent control area group of the sensor into sections; setting a mode for each of the sections obtained; configuring a control mode of the peripheral control circuit for a corresponding section according to the mode set.

Abstract: The present invention discloses a preparation and application of flavonol as a brain-targeting synergist. After long-term repeated studies, the inventors have found that some flavonol compounds, particularly kaempferide, rutin, troxerutin, myricetin, hesperidin, and hydroxy derivatives thereof, in particular their glycoside, ester, ether derivatives, can promote the drug molecules that have therapeutic or healthcare effect, such as ginsenoside, stilbene glucoside, resveratrol, levodopa, edaravone, vinpocetine, nicergoline, citicoline, oxiracetam, to enter brain tissues, to dramatically enhance drugs concentrations in the brain tissues and effective enhance the efficacy of drugs without increasing the plasma concentration.

Abstract: An audio device includes a processor, a storage unit, an audio processing module, a silence detection circuit, a condition determining circuit, a direct current (DC) level bias circuit and an appending circuit. The audio device generates identification data, control signals, and original audio signals. The silence detection circuit detects silence segments of the original audio signals, and generates driving signals if the silence segments are detected. Then the condition determining circuit determines if the identification data needs to be appended into the silence segments according to the driving signals and the control signals, and outputs the identification data in DC signal form if the identification data needs to be appended into the silence segments. After DC voltage level of the identification data in DC signal form is biased, the appending circuit appends the biased identification data into the silence segments of the original audio signals.

Abstract: A mounting apparatus for mounting a data storage device, includes a drive bracket and a slider mounted on the data storage device. The drive bracket includes a side piece in which a sliding groove is located. The sliding groove includes a first end and a second end. The second end is adjacent to an edge of the side piece. The first end is located on the side piece. A guiding surface is located at the first end. The guiding surface inclines from an inner surface of the side piece to an outer surface of the side piece. The slider slides in the sliding groove from the second end to the first end. The slider abuts the guiding surface. The guiding surface retains the slider at the first end.

Abstract: A mounting device for securing a connector includes a mounting plate and a mounting member. The mounting plate defines an installation slot and a receiving hole. The mounting member includes a protrusion and two legs. Each of the two legs is elastically deformable. The mounting member is slidably received in the installation slot, and the protrusion is engaged in the receiving hole, to prevent the mounting member from moving along a first direction, which is substantially parallel to the mounting plate. The two legs are located on two opposite sides of the mounting plate, to prevent the mounting member from moving along a second direction, which is substantially perpendicular to the mounting plate. The two legs are configured for securing an installation piece of the connector to the mounting plate.

Abstract: A data storage device assembly includes a bracket and a data storage device. The bracket includes a top plate and a bottom plate. The top plate and the bottom plate each defines a first engaging slot. A first positioning post is located on the bottom plate. The data storage device includes a top wall, a bottom wall, a first sidewall and a second sidewall. A latch portion is located on each of the first sidewall and the second sidewall. A first distance is defined between the latch portion and the top wall. A second distance is defined between the latch portion and the bottom wall. The first distance is greater than the second distance. When the storage is positioned in portrait orientation, each latch portion is slidably engaged in each first engaging slot, and the first positioning post abuts against the bottom wall.

Abstract: A drive bracket assembly includes a computer enclosure and a drive bracket. The computer enclosure includes a bottom wall and a front wall extending from the bottom wall. The front wall includes a first mounting panel. The first mounting panel defines a first positioning hole and a second positioning hole. The drive bracket includes a bottom plate and a positioning protrusion. The positioning protrusion is received in the first positioning hole to enable the bottom plate to be parallel to the bottom wall. The positioning protrusion is received in the second positioning hole to enable the bottom plate to keep an angle relative to the bottom wall.

Abstract: A composition of extracts from plants which can be used for prophylaxis or treatment of metabolism disorder of blood lipid, includes the following ingredients in weight: 3-10 portions of oleanolic acid, 1-5 portions of salvianolic acid, 1-5 portions of danshensu, 1-3 portions of berberine, 1-5 portions of panax notoginseng saponins, 1-5 portions of polysaccharides of atracty-lodes macrocephala koidz, 1-3 portions of aucubin, 1-5 portions of total flavone in cirsium japonicum, 1-5 portions of finger citron polysaccharide, 1-5 portions of panax notoginseng polysaccharides and 1-5 portions of flavones. The use of such composition in manufacturing medicaments used for prophylaxis or treatment of diseases related to metabolism disorder of blood lipid, and the use of such composition in manufacturing health food used for adjuvant prophylaxis or treatment of diseases related to metabolism disorder of blood lipid.

Abstract: An assembly comprises a chassis and a power supply installed on the chassis. The chassis comprises a bottom panel and a rear panel located on the bottom panel. A supporting plate is located on the bottom panel. The rear panel defines a through hole. A limiting piece and a positioning piece are located on the rear panel. The power supply is placed on the supporting plate. The power supply comprises a rear wall and two sidewalls located on two opposite sides of the rear wall. The rear wall defines an installation hole. A first distance between the limiting piece and the positioning piece is substantially equal to a second distance between the two sidewalls. The installation hole is aligned with the through hole when the power supply is located between the limiting piece and the positioning piece.

Abstract: A mounting apparatus includes an enclosure and a securing member. The enclosure includes a plate. The securing member is secured to an outer surface of the plate. The securing member includes a base board and a locking portion located on the base board. The locking portion is configured to secure a bluetooth component to the base board. The locking portion is located between the base board and the outer surface of the plate.

Abstract: A mounting apparatus for mounting a data storage device, includes a drive bracket and a slider mounted on the data storage device. The drive bracket includes a side piece in which a sliding groove is located. The sliding groove includes a first end and a second end. The second end is adjacent to an edge of the side piece. The first end is located on the side piece. A guiding surface is located at the first end. The guiding surface inclines from an inner surface of the side piece to an outer surface of the side piece. The slider slides in the sliding groove from the second end to the first end. The slider abuts the guiding surface. The guiding surface retains the slider at the first end.