Abstract: A substrate manufacturing method, an embedded substrate and a semiconductor are disclosed. The method includes: manufacturing a first semi-finished substrate including first circuit layers and a first dielectric layer arranged in staggered and laminated manner; arranging a viscous material layer on the first circuit layer to form a device adhering area; adhering an embedded device on the device adhering area, a pin face of the embedded device facing away from the viscous material layer; laminating a second dielectric layer on the first circuit layer, which covers the viscous material layer and the embedded device; manufacturing a first conductive pillar, a second conductive pillar and a second circuit layer, the first conductive pillar extending through the second dielectric layer and configured for connecting the second circuit layer with the first circuit layer, the second conductive pillar being configured for connecting the embedded device with the second circuit layer.

Abstract: A manufacturing method for an embedded flip chip package substrate includes laminating a first dielectric layer on the first line layer formed on a carrier plate, forming a first window on the first dielectric layer, filling a first copper post in the first window, forming a second window on the first dielectric layer, mounting a flip chip to the second window, sequentially stacking a packaging layer and a second dielectric layer covered with a first metal layer on the first dielectric layer, pressing a packaging layer encapsulating the first copper post and the flip chip and a second dielectric layer, curing the packaging layer, opening a hole through the first metal layer, the second dielectric layer and the packaging layer to form an interlayer conducting blind hole, forming a second line layer on the first metal layer, and removing the carrier plate to obtain a package substrate.

Abstract: This application provides a photographing apparatus, an unmanned aerial vehicle (UAV), a control terminal, and a method for photographing. The photographing apparatus includes an image sensor, a display screen, a random-access memory (RAM), a storage device, a processor and an instruction stored in the memory and executable by the processor. The processor executes the instruction to implement: receiving a continuous-shooting command; partitioning the RAM according to the continuous-shooting command to obtain an at least one buffering storage space; controlling the image sensor to obtain original image data; storing the original image data in the at least one buffering storage space; and controlling the display screen to display image data generated according to original image data.

Abstract: A two dimensional barcode containing encoded information can be embedded with an image with a high visual quality. The encoded information within the barcode is meaningful to machines, while the image is meaningful to humans. The two dimensional barcode embedded with the image is designed such that machines can decode the information encoded within the two dimensional barcode even with the distortion from the image. The subject application describes various systems, methods and devices that can facilitate embedding the image within the two dimensional barcode, detecting the two dimensional barcode embedded with the image within a practical environment, and decoding the encoded information from the two dimensional barcode even with the distortion from the image.

Abstract: A two dimensional barcode containing encoded information can be embedded with an image with a high visual quality. The encoded information within the barcode is meaningful to machines, while the image is meaningful to humans. The two dimensional barcode embedded with the image is designed such that machines can decode the information encoded within the two dimensional barcode even with the distortion from the image. The subject application describes various systems, methods and devices that can facilitate embedding the image within the two dimensional barcode, detecting the two dimensional barcode embedded with the image within a practical environment, and decoding the encoded information from the two dimensional barcode even with the distortion from the image.