47results about How to "Easy to sync" patented technology

In a folding transport conveyor (2) for a construction machine (1), with a first transport conveyor section (4) articulated at the construction machine (1), a second transport conveyor section (6) articulated at the first transport conveyor section (4) in a pivoting fashion, with a conveyor belt (10) continuously revolving around both transport conveyor sections (6), and with at least one pivoting mechanism acting between the transport conveyor sections (4, 6), it is provided that the pivoting mechanism includes a cam mechanism (12).

The invention discloses a measuring method and measuring apparatus of subsynchronous and supersynchronous harmonic phasors. The method comprises the following steps: acquiring electrical signals so as to generate digital signals; performing filtering processing on the digital signals so as to obtain initial subsynchronous harmonic waves and/or supersynchronous harmonic waves; performing harmonic wave adaptive detection through DFT or FFT so as to obtain an initial frequency; according to the initial frequency, designing a filter so as to extract each subsynchronous harmonic wave and/or each supersynchronous harmonic wave; carrying out correction calculation by use of the phasor correction measuring algorithm so as to obtain the frequency, the amplitude and the phase of corresponding harmonic waves; and according to the gain and phase shift of the filter, performing amplitude compensation and phase compensation on the phasors so as to obtain a three-phase phasor of each subsynchronous harmonic wave and/or each supersynchronous harmonic wave. The measuring method provided by one embodiment of the invention can accurately measure the phasors of the subsynchronous and supersynchronous harmonic waves, thereby being applied to wide-area dynamic monitoring, analyzing, control and protection of subsynchrono resonance/oscillation of a power system.

The invention discloses a method for converting LVDS video signals into MIPI video signals. The method comprises the following steps of 1 respectively and simultaneously receiving and demodulating each link of the LVDS video signals to produce parallel demodulation data and LVDS pixel clocks of all of links; 2 performing video decoding to the parallel demodulation data of all of links to generate LVDS video source signals of all of links, wherein the LVDS video source signals include LVDS video source data and LVDS video source synchronizing signals, and the LVDS pixel clocks are converted into LVDS video source pixel clocks; 3 converting the LVDS video source signals of all of links into RGB video signals; 4 converting the RGB video signals into the MIPI video signals. The method has the advantages of being simple in operation, high in detecting efficiency and low in cost.

The invention discloses a method for converting LVDS video signals into 8 LANE horizontally-split-screen MIPI video signals. The method comprises the steps of 1 respectively and simultaneously receiving and demodulating each link of the LVDS video signals to produce parallel demodulation data and LVDS pixel clocks of four links; 2 performing video decoding to the parallel demodulation data of the four links to generate LVDS video source data and LVDS video source synchronizing signals of the four link; 3 generating RGB video clocks, detecting LVDS video line resolution ratio values, using LVDS video source pixel clocks to divide all of lines of LVDS video signals into front-half-line parallel data and rear-half-line parallel data according to the LVDS video line resolution ratio values, using the RGB video clocks to simultaneously read the front-half-line parallel data, the rear-half-line parallel data and the synchronizing signals and respectively converting the data and the signals into left-half-screen RGB video signals and right-half-screen RGB video signals; 4 simultaneously converting the left-half-screen RGB video signals and the right-half-screen RGB video signals into left-channel MIPI video signals and right-channel MIPI video signals.

The invention discloses a method for switching four-LINK LVDS video signals into MIPI video signals. The method comprises the steps of respectively receiving and demodulating video signals of each link of four-LINK LVDS video signals so as to generate parallel demodulation data of four links and an LVDS pixel clock; conducting video decoding on the parallel demodulation data of the four links to generate LVDS video source signals of the four links, and switching the LVDS pixel clock into an LVDS video source pixel clock, wherein the LVDS video source signals of each link comprise LVDS video source data and LVDS video source synchronous signals; using the LVDS video source pixel clock to sample and cache the LVDS video source signals of the four links at the same time, and switching the LVDS video source signals into RGB video signals; switching the RGB video signals into MIPI video signals. The method has the advantages of being simple in operation, high in detection efficiency, and low in cost.

The invention discloses a method for converting a single-LINK LVDS video signal into an MIPI video signal. The method includes the steps that step1, reception and demodulation are carried out on the single-LINK LVDS video signal to generate LVDS parallel demodulation data and an LVDS pixel clock; step 2, video decoding is carried out on the parallel demodulation data to generate LVDS video source data and an LVDS video source synchronizing signal, and the LVDS pixel clock is converted into an LVDS video source pixel clock; step 3, sampling and caching are carried out on the LVDS video source signal through the LVDS video source pixel clock, the LVDS video source signal is converted into an RGB video signal, wherein the process that the LVDS video source signal is converted into the RGB video signal includes the steps that an RGB video clock is generated, so that the frequency of the RGB video clock is same as that of the LVDS video source pixel clock; a signal is read from a caching area through the RGB video clock, and RGB video source data and an RGB video synchronizing signal are separated and respectively output in sequence, so that the RGB video source data , the RGB video synchronizing signal and the RGB video clock form the RGB video signal together; step 4, the RGB video signal is converted into the MIPI video signal.

The invention discloses a method for converting double-LINK LVDS video signals into MIPI video signals. The method includes the following steps that first, video signals of all links of the double-LINK LVDS video signals are respectively received and demodulated at the same time, and parallel demodulation data of two links and a LVDS pixel clock are generated; second, video decoding is conducted on the parallel demodulation data of the two links to generate LVDS video source signals of the two links, the LVDS video source signals of each link comprise LVDS video source data and LVDS video source synchronizing signals, and the LVDS pixel clock is converted into an LVDS video source pixel clock; third, sampling and caching are simultaneously carried out on the LVDS video source signals of the two links by the LVDS video source pixel clock, and the LVDS video source signals are converted into RGB video signals; fourth, the RGB video signals are converted into the MIPI video signals. The method for converting the double-LINK LVDS video signals into the MIPI video signals has the advantages of being simple to operate, high in detection efficiency and low in cost.

The invention discloses a method for converting an LVDS video signal into 8 LANE odd-even split screen MIPI video signals. The method comprises the steps of firstly, respectively and simultaneously conducting receiving and demodulation on each link of the LVDS video signal, and generating parallel demodulation data and LVDS pixel clocks of the four links; secondly, conducting video decoding on the parallel demodulation data of the four links, and generating LVDS video source data and LVDS video source synchronizing signals of the four links; thirdly, generating RGB video clocks, dividing the LVDS video source data of the four links into odd pixel parallel data and even pixel parallel data, simultaneously reading the odd pixel parallel data, the even pixel parallel data and the synchronizing signals by the RGB video clocks, and respectively converting the odd pixel parallel data and the even pixel parallel data into RGB odd split screen video signals and RGB even split screen video signals; fourthly, simultaneously converting the RGB odd split screen video signals and the RGB even split screen video signals into a left-channel MIPI video signal and a right-channel MIPI video signal.

The embodiment of the invention belongs to the technical field of big data, is applied to the field of smart medical treatment, and relates to a data blood relationship analysis method and system, computer equipment and a storage medium. The method comprises the following steps: enabling a plurality of pre-deployed servers to synchronously receive logs distributed by a log distribution end; acquiring structured query scripts in the logs, encrypting structured query statements in the structured query scripts based on a preset encryption algorithm, and acquiring statement values, wherein the statement values, obtained through the encryption algorithm, of the same structured query statements are the same; obtaining historical statement values stored in a database, comparing whether the historical statement values identical to the statement values exist or not, and if not, performing analysis operation on the structured query script to obtain a blood relationship result; storing the statement value into the database, and storing the blood relationship result into a preset result table, wherein the result table can be stored in a blockchain. According to the method, the analysis condition of the structured query statement can be quickly determined.

The invention discloses a small joint suture threader which comprises a handle part and an extending part on the front end of the handle part, a clamping part is arranged on the front end of the extending part and used for clamping soft tissue, a suture needle is arranged in the extending part, the suture needle is provided with a suture hooking groove, and a suture pushing mechanism is arranged on the handle part and used for pushing out and pulling back the suture needle, when the suture needle is pushed out, the suture needle penetrates through soft tissue and hooks a suture into the suturehooking groove, and then the suture is hooked back when the suture needle is pulled back. The suture threader of the invention is exquisite and smooth in overall structure, convenient to use and lowin cost, and due to the vertical thin extending structure, the incision is smaller, and suture is easier to operate. During threading, soft tissue is clamped through the clamping part, and then the soft tissue can be punctured and the suture can be hooked back through the push out and pull back of the suture needle, so that clamping of the soft tissue and suture threading can be operated synchronously and conveniently, and is very suitable for surgical threading operation with a very small space, and the surgical threading difficulty is greatly reduced.

The invention provides an application account information synchronizing method and system based on the NFC technology. The method comprises the steps that when an NFC label of a player terminal and a mobile terminal are within a certain sensing range, application account information is written into the NFC label; when a corresponding video application of the player terminal is started, the player terminal reads the video application account information in the NFC label and achieves synchronization. Due to the facts that the NFC label is arranged at the player terminal to be used for synchronizing application account information, a user can easily and conveniently switch log-in accounts between the mobile terminal and the player terminal through the NFC technology, so that video collection and watching records and other user account information are synchronized, the account information is synchronized more conveniently and rapidly, and the application account information synchronizing method and system have the good market prospect.

The embodiment of the invention provides a database data synchronization method and device, and the method comprises the steps: determining a corresponding data synchronization task and task triggering time corresponding to the data synchronization task according to the feature information of a target data table in a source database; synchronizing the target data table to a target database according to the task triggering time and the data synchronization task. According to the method and device, data synchronization operation of the main and standby databases can be conveniently, effectivelyand accurately realized.

A system and method for facilitating synchronous manipulation of interdependent medical device operating parameters is provided. The method includes displaying medical image data as it is acquired. The medical image data is acquired based on operating parameters each having an associated value. The method includes receiving a selection to adjust the associated value of one of the operating parameters. The selected one of the operating parameters is a parameter in a pre-defined set of operating parameters. The method includes presenting an operating parameter user interface including the pre-defined set of operating parameters. The method includes receiving a touch user input that synchronously sets the associated value of each of a plurality of the operating parameters in the pre-defined set. The method includes instantaneously updating the displayed medical image data as the associated value of each of the operating parameters in the pre-defined set is synchronously set.

A synchronous and asymmetrical display system and a method of operating the same are disclosed herein, where the synchronous and asymmetrical display system includes a single power module, a set of synchronous transmission lines, and display modules connected in series through the set of synchronous transmission lines, in which each display module includes a receive unit. This method includes the steps as follows. The first step is to command each display module to search a signal command from its receive unit and the set of synchronous transmission lines. Then, when one of the display modules acquire the power switch signal, the power switch signal is transmitted to the other display modules through the set of synchronous transmission lines, and one of the display modules generates a power control signal to control the power module.

The invention discloses a supporting system for mounting a fabricated building and a construction method thereof, and relates to the technical field of fabricated buildings, the supporting system comprises a supporting plate and a bottom plate, the supporting plate and the bottom plate are arranged in parallel, a plurality of positioning mounting holes are formed in the bottom plate in an array mode, a plurality of first through holes are formed in a first baffle at equal intervals, and a plurality of second through holes are formed in a second baffle at equal intervals; a second through hole is formed in the triangular support, and a multi-point synchronous locking assembly is jointly arranged in the first through hole and the second through hole. By arranging the multi-point-position synchronous locking assembly, the multi-point-position multiple positioning plates can be synchronously positioned and installed, and compared with a one-by-one positioning and installing mode in the prior art, the multi-point-position synchronous locking assembly has the advantages of being efficient in multi-point-position synchronization, rapid in installation and high in multi-point-position installation consistency. And compared with one-by-one installation, the supporting stress uniformity of the assembly type shock absorber can be improved, and the assembly type building can be more stable.

The invention discloses compacting equipment for processing compound wood slabs based on a straw raw material. The compacting equipment comprises an equipment outer frame. An equipment supporting rackis mounted at the top end of the equipment outer frame, a conveyor belt is mounted on a roller, horizontally distributed raw material placing boxes are arranged in the equipment outer frame, supporting rods are mounted on the bottom walls of the raw material placing boxes, meanwhile, the inner surface of the conveyor belt is attached to a belt supporting plate, the belt supporting plate is mounted on the side wall of the equipment outer frame, a material supporting plate is arranged in each raw material placing box, a fixed transverse plate is arranged above the conveyor belt, the fixed transverse plate is fixed to the side wall of the equipment outer frame, and a metal limiting plate is mounted at the top end of the equipment outer frame. The compacting equipment for processing compoundwood slabs based on the straw raw material can export inner gas well while guaranteeing that a product does not upwarp and needs not to be trimmed. By adopting a multi-station design, materials are ejected automatically as the conveyor belt operates, so that the compacting equipment is more convenient to use.

The invention relates to the technical field of screening devices, and discloses a multi-stage screening device for a gelsemium elegans extract. The device comprises a bottom plate, side plates are symmetrically and fixedly connected to the upper surface of the bottom plate, two symmetrical moving plates are arranged between the two side plates, and the two moving plates are connected with the two side plates through reciprocating mechanisms. A first screening box and a second screening box are sequentially arranged between the two moving plates from top to bottom, the first screening box and the second screening box are connected with the two moving plates through discharging mechanisms, and a collecting tank is fixedly installed on the upper surface of the bottom plate; and each reciprocating mechanism comprises two sliding rods which are symmetrically and fixedly connected to the side wall of one moving plate, a protruding rod is fixedly connected to the side wall of the other moving plate, and matched sliding sleeves are fixedly embedded at the positions, corresponding to the sliding rods, of the side plates. According to the multi-stage screening device, synchronous multi-stage screening treatment can be conveniently conducted on the gelsemium elegans extract, tedious step-by-step screening is avoided, and then the screening efficiency of the gelsemium elegans extract is effectively improved.