Abstract: The present invention provides an aripiprazole sustained-release microsphere and a preparation method therefor. The microsphere comprises aripiprazole and polylactide-glycolide. The microsphere is of a spherical reticular skeleton structure, with reticular micropores distributed in the spherical surface, and aripiprazole filled in the micropores. The average particle diameter of the microsphere is less than 20 ?m, and is suitable for a 5 gauge needle. The content of aripiprazole is 65%-80% of the total weight of the microsphere.

Abstract: A defect detection method for an LCD screen includes acquiring a screen image of the LCD screen, performing a rough search for defects in the screen image to extract a suspected area where the defects are located, (based on the suspected area,) clustering every pixel point in the suspected area to obtain clustering results, and each clustering result corresponds to a suspected defect, and (according to the clustering result,) calculating a width and length of the suspected defect corresponding to the clustering result, and determining whether the suspected defect is a screen defect and which type of screen defect it belongs to based on the width and length of the suspected defect. The technical solution of the present disclosure realizes automatic detection of screen defects by rough positioning and accurate positioning of suspected defects, and the detection results are accurate and reliable.

Abstract: The present disclosure relates to an information recommendation device, method, and computer-readable storage medium, and relates to the technical field of computer. The information recommendation device includes: a receiver configured to receive a communication identifier of a contact of a recommended user; a processor configured to acquire a user identifier corresponding to the communication identifier of the contact, and acquire shopping information of the contact according to the user identifier; and a transmitter configured to recommend the shopping information of the contact to the recommended user.

Abstract: An ultra-low power consumption power supply structure, comprising: a first LDO circuit, a second LDO circuit, a first Bandgap module, a second Bandgap module and a switching circuit, wherein the first LDO circuit is used for providing an LDO output voltage when an SOC chip is in a normal operating mode, and the second LDO circuit is used for providing an LDO output voltage when the SOC chip is in an ultra-low power consumption mode; the first Bandgap module is used for providing, based on a main power supply voltage, a first reference voltage for the first LDO circuit at the time of power-on startup, and the second Bandgap module is used for providing a second reference voltage for the second LDO circuit after power-on startup is completed; and the switching circuit is used for switching the mode in which the first reference voltage is output by the first Bandgap module at the time of power-on startup to the mode in which the second reference voltage is output by the second Bandgap module after power-on start

Abstract: An ultra-low power consumption power supply structure, comprising: a first LDO circuit, a second LDO circuit, a first Bandgap module, a second Bandgap module and a switching circuit, wherein the first LDO circuit is used for providing an LDO output voltage when an SOC chip is in a normal operating mode, and the second LDO circuit is used for providing an LDO output voltage when the SOC chip is in an ultra-low power consumption mode; the first Bandgap module is used for providing, based on a main power supply voltage, a first reference voltage for the first LDO circuit at the time of power-on startup, and the second Bandgap module is used for providing a second reference voltage for the second LDO circuit after power-on startup is completed; and the switching circuit is used for switching the mode in which the first reference voltage is output by the first Bandgap module at the time of power-on startup to the mode in which the second reference voltage is output by the second Bandgap module after power-on start

Abstract: The disclosure provides a material display control method, device and system, and relates to the field of information processing. The control device extracts a user identification of a client from an access request sent by the client, extracts a commodity material corresponding to the number of times of historical accesses associated with the user identification from a recommendation list associated with the user identification, wherein the commodity materials in the recommendation list are sorted according to the user's preference, and deliver the extracted commodity material to the client for displaying.

Abstract: An identification method and apparatus of confusable character are provided. The method involves: the detected character image is identified to gain the initial character information which is corresponding to the character image; the step change times of the corresponding external outline of the character image are counted if the initial character information is the confusable character; the final character information corresponding to the character image is confirmed according to the step change times; The final character information of the character image can be known conveniently according to the step change times, therefore the corresponding correct character information of the character image can be identified more precisely. The possibility of wrong identification of the character image because of the appearing confusable character can be reduced, and the identification precision rate of the confusable character can be improved.

Abstract: An identification method and apparatus of confusable character are provided. The method involves: the detected character image is identified to gain the initial character information which is corresponding to the character image; the step change times of the corresponding external outline of the character image are counted if the initial character information is the confusable character; the final character information corresponding to the character image is confirmed according to the step change times; The final character information of the character image can be known conveniently according to the step change times, therefore the corresponding correct character information of the character image can be identified more precisely. The possibility of wrong identification of the character image because of the appearing confusable character can be reduced, and the identification precision rate of the confusable character can be improved.

Abstract: An adjustable dress form has a plurality of body panels and adjustment mechanisms securing between each of the body panels. There are a total of at least four body panels, and the adjustment mechanisms include preferably twelve adjustment mechanisms. A neck girth adjustment mechanism has four extension loops. The four extension loops are attached to an upper portion of each body panel. A turn button is mechanically connected to a plurality of gear teeth on four gear tooth arms that make up the four extension loops. The four gear tooth arms are attached to the upper portion of each at least four body panel. The four extension loops comprise the plurality of gear teeth on the four gear teeth arms. The gear teeth arms engage at about 90° angle to each other and are vertically staggered.

Abstract: An adjustable dress form has a plurality of body panels and adjustment mechanisms securing between each of the body panels. There are a total of at least four body panels, and the adjustment mechanisms include preferably twelve adjustment mechanisms. A neck girth adjustment mechanism has four extension loops. The four extension loops are attached to an upper portion of each body panel. A turn button is mechanically connected to a plurality of gear teeth on four gear tooth arms that make up the four extension loops. The four gear tooth arms are attached to the upper portion of each at least four body panel. The four extension loops comprise the plurality of gear teeth on the four gear teeth arms. The gear teeth arms engage at about 90° angle to each other and are vertically staggered.