30results about How to "Accurate reliability" patented technology

A processing apparatus for poultry is provided. In an exemplary embodiment, the apparatus includes one or more transfer units placed intermediate of, conveying poultry from, a first line to a subsequent second line, wherein both the first line and the second line are selected from the group including a slaughtering line, an evisceration line, a chilling line, a sorting line and a cutup line. Each transfer unit is embodied with a circulating support that includes material that is magnetically conductive and transfer means are provided with at least one magnet so as to induce eddy currents in the circulating support that counteracts relative motion between the transfer means and the circulating support.

An error correction circuit of a semiconductor memory device including a memory cell array includes an error correction code (ECC) memory that stores an ECC and an ECC engine. The ECC is represented by a generation matrix. The ECC engine generates first parity data based on main data using the ECC, and corrects at least one error bit in the main data read from the memory cell array using the first parity data. The main data includes a plurality of data bits divided into a plurality of sub codeword groups. The ECC includes a plurality of column vectors divided into a plurality of code groups corresponding to the sub codeword groups. The column vectors have elements configured to restrict a location of a sub codeword group in which a mis-corrected bit occurs, in which the mis-corrected bit is generated due to error bits in the main data.

The present invention provides an apparatus for supporting a telescopic boom for mounting a crane to construction a pillar of a tower shaped structure and a method for constructing the pillar. For the telescopic boom for mounting the crane to construct high-rise tower shaped structure such as pillar and tower frame, through successively supporting the telescopic boom on stacked pillar components, the telescopic boom can be used for stably constructing higher pillars. A pillar receiving base is equipped on a mounting base through a free advancing / retreating mode. The mounting base is fixed on each boom of the telescopic boom and is provided with a pair of holding arms. The holding arms hold the pillar components between a holding position on the pillar receiving base and a releasing position through a swingable mode. A roller chain is configured at inside part of the holding arms through a mode that the diameter of the roller chain can be reduced and the roller chain can be connected with the holding arms. The pillar receiving base advances and pushes the pillar component. The holding arms hold the pillar component. When a chain opening / closing cylinder operates and the roller chain is pulled for reducing the diameter, the roller chain fastens the pillar components for supporting the booms on the pillar component.

The present invention relates to a communication information acquisition method based on base station data, comprising: step S1, storing several portrait space-time data sets W in a database; step S2, acquiring device to acquire portrait space-time data to be analyzed, the portrait space-time data to be analyzed includes portrait Image, image shooting time and image shooting location latitude and longitude, and the time-space data of the portrait to be analyzed is transmitted to the central server; step S3, the central server divides the facial image of the portrait image to be analyzed into multiple regions, and the central server obtains each The facial image of the portrait image to be analyzed in the area is similar to the facial images of several portrait images stored in the database to obtain the credibility of the portrait to be analyzed, and the central server compares the credibility of the portrait to be analyzed with the preset value , to determine the storage method of the spatio-temporal data information of the portrait to be analyzed. In the present invention, the central server judges the storage mode of the spatio-temporal data information of the portrait to be analyzed according to the credibility of the portrait to be analyzed and the preset value.