63results about How to "Save complexity" patented technology

A time lapse video is created in real-time, without post-production. User configurations are set for a time lapse video recording. A real-time video feed is received into a buffer. Based on a user configuration for frequency, certain frames in the buffer can be discarded prior to generating the video file. The time lapse video is output as a video file according to user configurations.

The invention provides a stretching and compression stress wave generator based on electromagnetic force and an experimental method. The stress wave generator is such structured that a capacitor charger is connected with a loading gun. A main coil, an insulating layer and a secondary coil all sleeve the locating shaft of a tapered amplifier. A power supply system is employed to provide the main coil of the loading gun with instant strong current, so strong eletromagnetic repulsion is generated between the main coil and the secondary coil; and the eletromagnetic repulsion is converted into stress waves which are amplified by the tapered amplifier and then output to a Hopkinson bar. The stretching and compression stress wave generator has a simple structure and strong controllability, can realize a strain rate and a strain scope which cannot be reached by a traditional disconnect-type Hopkinson bar, allows Hopkinson bar experimental techniques to be standardized, realizes integration of experimental apparatuses of a pull bar and a pressure bar and reduces complexity and occupied space of equipment.

An electronic drive unit includes a case housing that extends along a primary axis. A sleeve shaft and an electric motor are disposed in the hollow interior of the case housing. The electric motor is operatively connected to the sleeve shaft to rotate the sleeve shaft about the primary axis. At least one gear set is disposed in operative engagement with the sleeve shaft and is configured for rotation about the primary axis. A pair of output shafts each extends along the primary axis within the case housing. The output shafts are rotatably connected to the gear set and are configured for rotation about the primary axis. The gear set is configured to translate rotation of the sleeve shaft into rotation of the output shafts about the primary axis at a rotational velocity that is less than the rotational velocity of the sleeve shaft.

A set of complex rotations are used to implement a unitary “Q” matrix that can arise in various transmitters and/or receivers in communication line vectoring. Each complex rotation is a set of real rotations, where the minimum number of real rotations to perform the complex rotation is three, and where the minimum number of angles to characterize the real rotations is two. An order of rotations is also provided. The invention assists in the efficient implementation of any unitary “Q” matrix in a QR or other sophisticated matrix factorization. A complex form of the so-called “Givens” implementation of the Q matrix is characterized in terms of a sequence of complex rotations that can implemented using a complex rotor computational unit that accepts a minimum of two real angles and a pair of integer indices for each of a set of successive complex rotor calculations and then implements the complex rotation as a series of a minimum of three real rotations with one real angle used twice and the other real angle used once, providing two complex outputs (that is, two rotated data entries from a data vector comprising indexed communication data) for two complex inputs (two original data entries from a data vector comprising indexed communication data). The index-angle sets for each successive rotation can be provided by a complex rotor calculation unit, which may be collocated with the complex rotor computational unit, located in a controller such as a DSL optimizer, or located in any other suitable device or apparatus that has performed the QR factorization upon supplied matrix MIMO transfer functions for the vectored channel.

A display monitor has at least a stand-alone operational mode, and a further operational mode as a further peripheral to, e.g., a PC. The monitor has an input for connecting to a first peripheral device. The monitor also has circuitry for enabling data communication with the first peripheral device for user control of a functionality of the display monitor in the stand-alone mode, and for data communication between the first peripheral and the PC via the monitor when the monitor is in the further operational mode and connected to the PC and to the first peripheral.

In one aspect of the invention, a method provides a calibrated critical-failure model for a printing process of a critical feature by virtue of a classification of an optical parameter space according to at least two print-criticality levels. Print failure of a respective critical feature is judged on the basis of a print-failure criterion for the critical feature. The respective print-criticality level is ascertained from test-print-simulation data at a sampling point of a process window for a given point in an optical-parameter space, and from a failure rule. An advantage achieved with the method is that it comprises ascertaining the predefined optical-parameter set from the test-print-simulation data at only one sampling point of the process window, which sampling point is identical for all test patterns. This saves processing time and processing complexity by reducing the number of ascertained optical-parameter sets and their processing in the subsequent scanning and classifying steps.

First, mass of dried test piece in air is weighed. Then, sealed test piece is prepared by using liquid silicone rubber as sealing medium to seal dried test piece. Weighing masses of sealed test piece in air and in water obtains density of test piece. Steps of sealing procedure are as: mixing round bicomponent of liquid silicone rubber evenly; coating liquid silicone rubber on surface of dried test piece evenly to seal surface of the test piece; after liquid silicone rubber being solidified at normal temperature, sealed test piece by silicone rubber is obtained. Features of the invention are: good sealability, and accurate testing result.

The invention relates to a pretreatment method for quickly detecting residual quantity of various pesticides in tomato sauce. The method comprises the following steps: extracting, purifying, filtering and the like. The invention further relates to a method for quickly detecting the residual quantity of the various pesticides in the tomato sauce by using the pretreatment method and then using different instrument detecting methods.

This device for locking an opening part (9) of a jet engine nacelle with respect to a fixed part (7, 17) comprises: means (13, 16) for locking said opening part (9) with respect to said fixed part (7, 17), means for actuating (21) these locking means that are mounted such that they can move on said opening part (9) between a closed position, in which they enable said locking means (13, 16) to be immobilized, and an open position, in which they enable these locking means (13, 16) to be released. Said actuating means comprise gripping means (21). This device comprises means (41, 43) for immobilizing, in the open position, said gripping means (21) with respect to said opening part (9) at least in the direction of movement of said opening part (9).

The invention proposed a Dual-Pulse Excitation Model; wherein two pulses of each pair of pulses are always adjacent each other. Only one position index for each pair of pulses needs to be sent to the decoder, which saves bits to code all pulse positions. The magnitudes of each pair of pulses have limited number of patterns. Because the two pulses are adjacent each other, each pair of pulses with different magnitudes can produce different high-pass and/or low-pass effect. Since the magnitudes have enough variation, it is possible to assign the candidate positions of each pair of pulses within a small range in order to save the searching complexity.

A method is presented for a 3D inspection of an object or bag in order to check for explosives or contraband. The method is applicable to Computed Tomography, Laminography or any other method that can be used to produce images of slices through the object. According to this method, it is not necessary to reconstruct the slice image with a high resolution as is required for visual display, but it is sufficient to reconstruct the image at only a sample or a set of points or pixels that are sparsely distributed within the reconstructed slice. The properties of the object are then analyzed only at these sparsely distributed pixels within the slice to make a determination for the presence or absence of explosives or contraband. This process of image reconstruction and analysis is repeated over several slices spaced through the volume of the object. In another embodiment of this invention, the set of points or pixels at which the image is reconstructed are offset spatially with respect to the set of pixels in the adjacent or neighboring slice. This invention greatly reduces the computational burden, hence simplifies the hardware and software design, speeds up the scanning process and allows for a more complete and uniform inspection of the entire volume of the object.

The invention provides a high-speed elevator balancing compensation chain and a production method of an anchor chain thereof. The anchor chain comprises unstudded anchor chains and interior-studded anchor chains, the interior-studded anchor chains comprise chain rings I and stay pins, the stay pins are located in the chain rings I and placed in the middles of the interior portions of the chain rings I, the stay pins connect the upper and lower portions of the chain rings I, and the stay pins and the chain rings I are connected through connecting buckles. The unstudded anchor chains comprise chain rings II, the unstudded anchor chains and the interior-studded anchor chains are connected in a mode of 1 : 1-3, and the length of the chain ring II of each unstudded anchor chain is one to two times as much as the length of the chain ring I of each interior-studded anchor chain. According to the high-speed elevator balancing compensation chain and the production method of the anchor chain thereof, through the connecting mode, the chain rings of the anchor chain are not prone to loosing and slipping down in the operating process, noise in the operating process is reduced effectively, and the elevator balancing compensation chain is not prone to being twisted; and meanwhile, the strength and the borne load of the elevator balancing compensation chain are effectively enhanced on the premise that the whole weight is not added, and the elevator balancing compensation chain can be suitable for a high-speed elevator at a speed greater than 3 m/s.

According to one or more aspects, the teachings herein improve user equipment (UE) Channel State Information (CSI) feedback, by letting the precoder part of a CSI feedback report comprise factorized precoder feedback. In one or more such embodiments, the factorized precoder feedback corresponds to at least two precoder matrices, including a recommended “conversion” precoder matrix and a recommended “tuning” precoder matrix. The recommended conversion precoder matrix restricts the number of channel dimensions considered by the recommended tuning precoder matrix and, in turn, the recommended tuning precoder matrix matches the recommended precoder matrix to an effective channel that is defined in part by said recommended conversion precoder matrix.

A method and apparatus for compensating for ISI is described herein. A transmitter (110) and receiver (120) work together to develop pulse shaped OFDM symbols with reduced inter-channel ISI between pulse-shaped OFDM symbols transmitted on different sub-carriers at the same time, and inter-block ISI between pulse-shaped OFDM symbols transmitted on the same sub-carrier at different times. In addition, a pre-compensation element (118) in the transmitter (110) and/or a post-compensation element (128) in the receiver (120) compensate for diagonal ISI occurring between pulse-shaped OFDM symbols transmitted on different sub-carriers at different times.

The invention provides a 3rd-generation (3G) network-based adaptive dialing method and a 3G network-based adaptive dialing system. The method comprises the following steps of: (a), initializing dialing information; (b), determining and identifying a current terminal operation network by using target network identification; and (c), generating dialing information of the current network by matching a preset rule. According to the method for adaptively configuring dialing parameters by the network identification provided by the invention, a user does not need to participate in the process of configuring dialing information, the abnormal use of a terminal caused by artificial misconfiguration is avoided conveniently and safely; complex links and procedures in production configuration are eliminated; production cost is saved; the safety of the function of the part which cannot be detected is improved; the producibility is improved; problem batch accident risks caused by the misconfiguration are reduced; repair rate is reduced; and after-sales cost is reduced.

The invention provides a film mulching and soil covering dry farming method for rice in a cold region. The method comprises the following steps: (1) soil preparation stage before seed sowing: carryingout autumn soil preparation on the to-be-sowed ground and carrying out one-turning-two-rotating or deep-loosening-two-rotating so that the to-be-sowed ground is flat, soil blocks are fine and brokenand the ground is in a to-be-sowed state; (2) film mulching: adhering rice seeds to fertilizers by using environmentally friendly glue on a biodegradable film and then storing the film for mulching; (3) film mulching and soil covering: applying a seed fertilizer and a base fertilizer into soil of the to-be-sowed ground, laying the biodegradable film adhered with the rice seeds in step (2) on the ground, covering the film with soil and then pressing to ensure soil moisture content of the soil and early emergence; and (4) after management: carrying out leaf fertilizer application management, disease management, insect management and water replenishing management after sowing the seeds and before harvesting, and then harvesting the rice. The method is water-saving, labor-saving, environmentally friendly, economical and simple, meanwhile, complicated and difficult links of seedling culture, rice transplanting, weeding and the like are omitted, and a planting procedure is simplified reasonably.

Embodiments of the present invention provide efficient greedy LLL algorithms that not only converge faster but also exhibit much lower complexity than the existing greedy LLL variants while similar error performance is maintained. First, a relaxed Lovász condition is designed for searching the candidate set of LLL iterations with column swap operations. This relaxation does not need size reduction operations so that it can save complexity compared to the existing greedy LLL algorithms. Further, a relaxed criterion of the decrease in LLL potential is designed to select the optimal one in the candidate set of LLL iterations, which also exhibits lower complexity than the existing greedy LLL algorithms. Furthermore, simulations show that the inventive algorithm needs less LLL iterations compared to the existing greedy LLL algorithms.

The invention discloses a class response system based on mobile phones. The system is characterized by comprising a plurality of mobile phone terminals and a response processing device, wherein the mobile phone terminal comprises a keyboard dialing module and an independent key coding transmitting module communicated with the keyboard dialing module; the response processing device is matched with the key coding transmitting module and comprises a wireless receiving device and a decoding display device connected with the wireless receiving device; wherein the key coding transmitting modules of the plurality of mobile phone terminals are used for capturing key states of the keyboard dialing module in real time respectively, and transmitting the key states to the response processing device to be displayed. According to the scheme, the mobile phone terminals can be used as response system terminals through simple reformation; a plurality of transmitter members set separately can be avoided; the cost and the complexity are saved; furthermore, since the keyboard dialing modules of the mobile phone terminals are transmitted to the key coding transmitting modules, the mobile phone terminals are subjected to monitoring in class; the whole mobile phone terminals are of a limited application mode, so that the mobile phone terminal is limited in other uses in class.

The invention belongs to the technical field of measurement on a volt-ampere characteristic of an electric material and relates to a method for measuring the volt-ampere characteristic of the electric material. The method comprises the following steps of: firstly, inputting a voltage range and an interval of the electric material to be measured, which need to be measured, then carrying out automation control according to input information, inputting the proper interval and making a volt-ampere characteristic curve of the electric material; after measuring a current passing through the material by a pA meter, outputting and transmitting the current to a measurement equipment system, enabling the number grade of the current measured by the pA meter to reach pA and measuring the volt-ampere characteristic of the high-resistance electric material; and carrying out voltage input and judgment, i.e. inputting a voltage in the given voltage range by the measurement equipment system, applying the voltage to the electric material, gradually increasing the voltage, judging whether the voltage is in the range or not by the measurement equipment system, continuously carrying out measurement if the voltage is in the range and stopping the measurement if the volage goes beyond the range. The method has a reliable principle, is accurate to measure, is visual for carrying out data analysis, is simple to operate, is time-saving, is visual in result display, is low in cost and is suitable to measure the volt-ampere characteristics of various electric materials.