61 results about "Frame packing" patented technology

Video frames of a higher-resolution chroma sampling format such as YUV 4:4:4 are packed into video frames of a lower-resolution chroma sampling format such as YUV 4:2:0 for purposes of video encoding. For example, sample values for a frame in YUV 4:4:4 format are packed into two frames in YUV 4:2:0 format. After decoding, the video frames of the lower-resolution chroma sampling format can be unpacked to reconstruct the video frames of the higher-resolution chroma sampling format. In this way, available encoders and decoders operating at the lower-resolution chroma sampling format can be used, while still retaining higher resolution chroma information. In example implementations, frames in YUV 4:4:4 format are packed into frames in YUV 4:2:0 format such that geometric correspondence is maintained between Y, U and V components for the frames in YUV 4:2:0 format.

The present invention relates, generally, to electrical power conversion devices and to the universal packaging of those devices for a wide range of applications yielding cost efficient inventory management of product lines consisting of a group of power conversion devices each with minor variations. More specifically, the present invention relates to a universal mounting frame for receiving a printed circuit board in a switch mode power supply. The universal frame is adapted for receiving an open frame or printed circuit board and securing the open frame within a plurality of known packaging configurations. To this end, only a single size printed circuit board is necessary for any type of switch mode power supply configurations, thereby, reducing costs associated with manufacture and testing.

Apparatus and methods for providing a frame packing arrangement for the encoding/decoding of, for example, panoramic content. In one embodiment, an encoder apparatus is disclosed. In a variant, the encoder apparatus is configured to encode Segmented Sphere Projections (SSP) imaging data and/or Rotated Sphere Projections (RSP) imaging data into an extant imaging format. In another variant, a decoder apparatus is disclosed. In one embodiment, the decoder apparatus is configured to decode SSP imaging data and/or RSP imaging data from an extant imaging format. Computing devices, computer-readable storage apparatus, integrated circuits and methods for using the aforementioned encoder and decoder are also disclosed.

Apparatus and methods for providing a frame packing arrangement for the encoding/decoding of, for example, panoramic content. In one embodiment, the frame packing arrangement utilizes overlapping imaging data so as to enable, for example, a post-decode stitching operation to be performed. The frame packing arrangement may utilize a number of projection formats, such as a cubemap projection, and may utilize any number of differing aspect ratios such as, without limitation, 4×3, 3×2, 4×2, 2×4 aspect ratios. Additionally, the overlapping imaging data may be positioned within the frame packing arrangement chosen so as to improve upon coding efficiency. For example, the overlapping imaging data may be positioned within the frame packing arrangement so as to emphasize image continuity. An encoder apparatus and decoder apparatus for use with the aforementioned frame packing arrangements are also disclosed.

Active Space separates the Left Frame from the Right Frame in a frame packing format. A source device is expected to transmit a constant pixel value. A sink device is expected to ignore all data received during the Active space regardless of the value. Embodiments of the present invention involve the Source device to embed intelligent information in the Active Space in lieu of the recommended fixed pixel value. Then the Sink device may read the embedded information from the Active Space, and infer the transition between the left frame and the right frame which is useful, for example, to synchronize eyewear.

Apparatus and method of assembly of a pack, backpack or sack with an air frame. The air frame may include chambers or channels that hold air separated by divisions or dividers. The air may flow freely from one channel to the other without passing through the divisions. The air frame may provide both soft and rigid support and may be regulated by the user changing the amount of air and pressure within the air chambers. The air frame may be integrated into the pack or it may be removable.

A letterbox margin processing method includes: receiving a three-dimensional (3D) video input; determining a frame packing type corresponding to the 3D video input; selecting a first image region from a target frame according to the determined frame packing type, wherein the target frame is derived from the 3D video input; and detecting letterbox margins within the first image region.

A large-quadrupedal-animal costume suit modeled after a large quadrupedal animal, the costume suit having a head and mouth part, a neck part, a body part, a foreleg part, a hind leg part, and a tail part and being configured, as a whole, a skeletal member and a skin member covering the skeletal member, wherein the body part, the foreleg part, and the hind leg part communicate with each other to form a single hollow, the hollow has a size allowing a foreleg operator fitting in the foreleg part and a hind leg operator fitting in the hind leg part to fit in as standing upright. Frame-pack support members for the foreleg operator and the hind leg operator are installed in the hollow as being fixed to the skeletal member at the body part, and a frame pack for the foreleg operator and a frame pack for the hind leg operator are provided to the frame-pack support members so as to face each other. The large-quadrupedal-animal costume suit capable of making a realistic movement is provided.

A three-dimension (3D) image format converter and a 3D image format conversion method thereof are provided. The 3D image format converter includes an input circuit, a processing circuit and an output circuit. The input circuit receives a frame packing signal carrying an image signal, a first vertical synchronization signal and a first data, enable signal. The processing circuit determines an active space of the image signal according to the frame packing signal, processes the first vertical synchronization to generate a second vertical synchronization signal, and processes the first data enable signal to generate a second data enable signal. The processing circuit generates a frame sequential signal carrying the image signal, the second vertical synchronization signal and the second data enable signal. The output circuit outputs the frame sequential signal.

The invention discloses a filter-bag frame packaging tool. The filter-bag frame packaging tool comprises a front protecting plate, a front fixing plate, middle fixing plates, a rear protecting plate, supporting tubes and fasteners. A plurality of identical filter-bag frame limiting holes are evenly distributed in the front fixing plate and the middle fixing plates. Every two adjacent limiting holes are spaced. The two ends of each supporting tube are sleeved with through holes formed in the front protecting plate and the rear protecting plate. The two ends of each supporting tube are respectively provided with the fasteners so that the front protecting plate and the rear protecting plate can be prevented from moving towards the two ends of each supporting tube. The supporting tubes are sleeved with the front fixing plate and the middle fixing plates and the front fixing plate and the middle fixing plates are located between the front protecting plate and the rear protecting plate. The portions, located on the supporting tubes, of the two sides of each middle fixing plate are respectively provided with the fasteners. The front fixing plate is located close to the inner side of the front protecting plate. The portions, located on the supporting tubes, of the inner side of the front fixing plate are respectively provided with fasteners so that the front fixing plate can be prevented from moving towards the inner side along each supporting tube. By the adoption of the filter-bag frame packaging tool, a filter-bag frame is prevented from being damaged in the process of transportation and the use requirements of filter-bag frames with different lengths in the process of transportation can be met.

The present invention provides an OLED device packaging method and an OLED device packaged with the method. The method includes: (1) providing an OLED substrate (20), wherein the OLED substrate (20) includes an OLED unit (22) formed thereon; (2) using insulation material to form a first frame (24) on the OLED substrate (20), wherein the first frame (24) is arranged around and outside the OLED unit (22); (3) providing a packaging cover (40); (4) using a low-temperature metal conductive adhesive tape to form a second frame (42) on the packaging cover (40) to correspond in position to the first frame (24), wherein the second frame (42) has a frame member width that is smaller than a frame member width of the first frame (24); (5) aligning and laminating the packaging cover (40) that includes the second frame (42) formed thereon and the OLED substrate (20) that comprises the first frame (24) formed thereon in a vacuum environment; and (6) melting the second frame (42) to have the packaging cover (40) and the OLED substrate (20) bonded together.

When packing a video frame of a higher-resolution chroma sampling format such as YUV 4:4:4 into frames of a lower-resolution chroma sampling format such as YUV 4:2:0, a computing device performs wavelet decomposition (or other band separation filtering) on sample values of chroma components of the higher-resolution frame, producing sample values of multiple bands. The device assigns the sample values of the bands to parts of the lower-resolution frames. During corresponding unpacking operations, a computing device assigns parts of the frames of the lower-resolution chroma sampling format to sample values of multiple bands. The device performs wavelet reconstruction (or other inverse band separation filtering) on the sample values of the bands, producing sample values of chroma components of the frame of the higher-resolution chroma sampling format. Band separation filtering can help improve quality of reconstruction when distortion has been introduced during encoding of the chroma components packed into low-resolution frames.

The invention discloses an auxiliary tool suitable for a machine tool and an application method thereof. The auxiliary tool comprises a main body frame, a packaging material fixing part, a cutting andpositioning part, a packaging structure shaping part and an indication control mechanism; the main body frame comprises a supporting and stabilizing device, a connecting device and an external protective shell device; the packaging material fixing part comprises a packaging material temporary storage device and a packaging material feeding fixing device; and the packaging material temporary storage device is a horizontal column. The auxiliary tool can realize semi-automatic packaging of special-shaped parts machined by the machine tool, optimizes the process from part machining to packaging,effectively reduces human interference before packaging, especially can significantly reduce human contamination in the transfer process before packaging, and significantly reduces labor intensity. The auxiliary tool is easy to operate and convenient to promote.

The invention relates to combined packing, and belongs to the technical field of physical separation operation devices. The combined packing is formed by splicing and combining a plurality of piles of random packing. Each pile of random packing comprises a solid annular face with the upper and lower open ends and a plurality of inward-extending tongue pieces, wherein the solid annular face is provided with windows, connecting bridges are arranged in the middles of the windows, and one ends of the inward-extending tongue pieces are arranged on the connecting bridges. Clamping grooves with the same width as the connecting bridges are arranged between the windows. Buckles enabling the connecting bridges and the clamping grooves to be clamped and matched are arranged on outlets of the clamping grooves. The combined packing is formed by splicing and combining the multiple piles of random packing; coating is carried out on the spliced joints and the interiors of the random packing, so that the overall passing ability of the combined packing is improved; the certain distributor effect can be achieved by programming different hopper-shaped collectors, and the overall utilization rate of the combined packing is improved.

A costume suit modeled after a large size animal having a head and mouth section, a neck section, a torso section, a foot section, a tail section, a skeletal part as a whole, and an outer skin part covering the whole is provided. The torso section is communicated with the foot section forming an internal hollow, just enough for an adult to fit at standing position. The hollow includes a frame pack fixed and installed to the skeletal part of the costume suit, in a position of an approximate equilibrium point of the costume suit. In the hollow, a means for manipulating a movement of the head and mouth section and the neck section, and a means for manipulating opening and closing of a mouth of the head and mouth section are equipped. Moreover, the skeletal part of the tail section is composed of a flexible tabular member placed in an internal hollow of the tail section, imitating a skeleton of a tail, and a plurality of foam blocks fixed and placed on the tabular member at certain intervals.

The invention relates to a frame turnover device for a frame packing machine. The frame turnover device comprises a pair of symmetrically-arranged turnover mechanisms, each turnover mechanism comprises a fixing table, a lifting air cylinder arranged on the fixing table, a lifting table driven by the lifting air cylinder and a plurality of clamping units arranged above the lifting table; each clamping unit comprises a fixed clamping claw fixed to the lifting table, a clamping claw air cylinder fixed to the lifting table and a movable clamping claw driven by the clamping claw air cylinder; and a diagonal plane is arranged above the inner side of each fixed clamping claw. By means of the device, turnover of frames is completed only through two motions including rising and clamping, and falling in the motion processes is not prone to occurrence.

Methods and apparatus enable video coding and decoding related to omnidirectional video, such as stereo omnidirectional video with equirectangular projections. For stereo images of a scene, the video image data is portioned, resampled and arranged so that portions representing both images are able to fit within a frame. A message is sent with the frame to describe either the resampling or arrangement information. In at least one embodiment, the resampling is done horizontally. In at least one embodiment, the message is sent within a Supplemental Enhancement Information message. Corresponding operations reverse the process at a decoder, enabling the two stereo images to be recreated.

The invention discloses a full-automatic intermediate-bulk-container post-processing device and a processing method thereof. The full-automatic intermediate-bulk-container post-processing device have nine positions, wherein a first manipulator and a first lifting and overturning system are arranged at the first position; a weighing system and a first conveying system are arranged at the second position; a first positioning system, a hot plate or ultrasonic welding system and a second conveying system are arranged at the third position; a discharging-port valve installation system and a third conveying system are arranged at the fourth position; a second manipulator and a second lifting and overturning system are arranged at the fifth position; a fourth conveying system is arranged at the sixth position; a second positioning system, a leakage detecting system and a fifth conveying system are arranged at the seventh position; a third manipulator is arranged at the eight position, and the third manipulator is matched with a frame packing system to lift and move an intermediate bulk container to the ninth position; at the ninth position, the third manipulator presses the intermediate bulk container into an outer frame after pressurizing the intermediate bulk container under the control of the frame packing system. The full-automatic intermediate-bulk-container post-processing device can complete post-processing of the intermediate bulk container fully automatically, reduce labor participation, enhance work efficiency, and improve detection accuracy.