34results about How to "Integrity is not compromised" patented technology

A sender creates a multi-part message having a recipient field including identifiers of recipients of the message and an identifier of the sender. The multi-part message comprises a main message having a content A. Further, the multi-part message comprises an auxiliary message, having a recipient field including identifiers of recipients of the auxiliary message, and a content B. The message is split into two messages: a main message having a header and a content A; and a first auxiliary message having a header and a content B. Association data for associating the main message to the first auxiliary message is created. The first and second messages are transmitted together with the association data. The messages are received and are dynamically re-combined according to the recipients. Recipient 1 is only privy to message content A. Therefore, a message received by recipient 1 corresponds to the main message. Recipient 2 is privy to message content A and message content B. Therefore the main message having content A is combined with the first auxiliary message, having content B, using the association data, to form a message received by recipient 2. Thus, recipient 2 can view both content A and content B.

A wellhead connection for connecting and sealing to a casing, including an upper head housing accommodating the upper end of the casing in its central bore, a stop shoulder in the central bore to allow the upper head housing to rest on the upper end of the casing, and a seal profile section formed at the lower end of the central bore below the stop shoulder. The wellhead connection is configured such that, first connecting the slip housing and bottom ring with a bottom connector energizes slip connectors into gripping engagement with the casing and locks the slip housing and bottom ring around the casing, while thereafter connecting the upper head housing and the bottom ring with a top connector energizes the metal seal ring so as to radially compress the metal seal ring against the casing to form a metal seal.

The invention relates to a microfluidic-technology-based CTC protein typing kit. The kit comprises: (1) capture antibody compounds aiming at different CTCs marker protein, each capture antibody compound being made from a capture antibody in specific binding to corresponding marker protein and an aptamer, wherein the capture antibody and aptamer are connected through a cuttable material which is deoxyribonucleotide double strands having a palindrome structure and two or more than two restriction enzyme sites; and (2) a microfluidic chip, the surface of which is coupled to a cell capture assembly. The cell capture assembly made from a microcolumn is fixed at the surface of the microfluidic chip, and a specific conjugate capable of bonding to the aptamer modifies one end of the microcolumn. Through the microfluidic technology, efficient and fast automatic detection and typing of CTCs is achieved, the kit is simple to operate, false-negative and false-positive results due to man-made operational factors are reduced, and the sensitivity and accuracy of detection are improved.

The invention mainly discloses an illuminating system for a historic building gallery bridge and a construction method thereof. The illuminating system comprises a roof, ceiling lamps and stand columns; the stand columns are symmetrically supported below the roof; the ceiling lamps are connected to the stand columns through arc hollow pipes; each ceiling lamp comprises a lamp base, a lamp frame and a lamp cap; a wire winding block, a wire groove and a battery base are arranged in each lamp base; the arc hollow pipes penetrate through the lamp bases, and are provided with wire penetrating holes in the lamp bases; each lamp frame consists of a first connecting shaft, a baseplate and vertical plates, wherein the vertical plates are separately fixed on the left and right sides of the baseplate, the baseplate is connected with the corresponding lamp base through a second connecting shaft, two ends of the first connecting shaft are connected to the vertical plates in a rotating manner; and each lamp cap is connected to the corresponding first connecting shaft. The illuminating system is simple in structure, convenient to install and adjust and low in cost, saves the space, cannot destruct the internal structure and the appearance design of a building, is low in influence on the gallery bridge, and not only can guarantee integrity of a historic building without damaging, but also can achieve a better illuminating effect.

Disclosed in the invention is a simple water comprising a movement and watch hands arranged above the movement. In addition, the watch also includes ferro-magnetic balls; a non-transparent layer is arranged above the watch hands; and magnets are arranged on the watch hands. The non-transparent layer separates the ferro-magnetic balls from the magnets; and the ferro-magnetic balls and the magnets attract each other.

A computer-implemented method of preparing a digital image file or files for lenticular printing involves selectively blanking pixels of multiples images that are or are to comprise a composite interlaced image file for lenticular printing, such that the blanked pixels are distributed amongst the multiple images in successive complementary pixel sets distributed across the composite interlaced image file. As a result, the data integrity of the file is maintained, and the multiple images are represented in the composite interlaced image file without loss of information.

The invention discloses a recorded waveform data processing method and a recorded waveform data processing device, wherein the recorded waveform data processing method comprises the steps of acquiring the number of periodical sampling points of recorded waveform data, wherein the recorded waveform data are electric energy quality monitoring data; and performing inter-cycle differential calculation on the sampling point data at the same position between the cycles for obtaining differential data, so that advantages of low subsequent processing data volume, high processing speed in compression or transmission, and the like are realized. The recorded waveform data processing method and the recorded waveform data processing device can reduce data volume of to-be-compressed data or to-be-transmitted data, thereby reducing compression calculation amount and data volume after compression, and improving compression rate. Furthermore the recorded waveform data processing method and the recorded waveform data processing device can relatively effectively reduce storage and / or transmission load of the mass recorded waveform data of an electric energy quality monitoring terminal.

The invention discloses a method for measuring cotton and hemp blend fiber content. The method comprises the steps of (1) establishing an equation between the content of cotton in cotton and hemp blend samples and a plurality of spectral values corresponding to a plurality of all-cotton sample characteristic wavelengths; (2) collecting reflection intermediate infrared spectra of samples to be detected, finding a plurality of to-be-measured sample spectral values corresponding to the characteristic wavelengths of the plurality of the all-cotton samples from the reflection intermediate infrared spectra of the to-be-measured samples, and substituting the spectral values of the plurality of the to-be-measured samples into the equation to obtain the content of cotton fibers in the to-be-measured samples, wherein the content of hemp fibers in the to-be-measured samples is the difference between 1 and the content of the cotton fibers in the to-be-measured samples. The method has the advantages of being simple to operate and capable of improving the detection efficiency and the detection accuracy, reducing the detection worker work intensity and requirements for the detection workers, guaranteeing the detection sample completeness and meeting batch rapid detection requirements.