205 results about "Strengths based" patented technology

A method of determining operating parameters for a secondary system transmitter is described. The transmitter characteristics, including location and operating frequency band, are provided to a geo-location database. The database determines the maximum allowable transmission power that meets various specifications for different channels and conveys the power and channel(s) to the transmitter. The database estimates channel incumbent signal strengths based on the transmitter location and primary and higher-priority secondary incumbent systems, estimates the splatter levels, determines whether adjacent and co-channel interference protection ratios are met, and adjusts the allowable power level accordingly. The database also estimates aggregate co- and adjacent channel primary and secondary incumbent system interference levels at the transmitter location and predicts channel quality for each allowable channel. The estimated levels are updated using measurements of actual levels at the transmitter location. The database dynamically allocates channels using the secondary system priorities.

A method for setting a safe work area and a rated load in a swing type work machine, as well as a swing type work machine which utilizes the said method, are disclosed. An area where a strength-based safe work area which is established taking the strength of a swing member into account and a stability-based safe work area which is established taking the stability of the work machine into account overlap each other, is set as a safe work area to be used actually. Likewise, out of a strength-based rated load which is set taking the strength of the swing member into consideration and a stability-based rated load which is set taking the stability of the work machine into consideration, the lower one is set as a rated load to be used actually. Using the safe work area and rated load thus obtained, there are made a safety control and an appropriate display. According to this method, in a swing type work machine such as a crane, it is possible to establish a safe work area and a rated load both matching the actual hoisting capacity of the work machine.

A method and apparatus estimates the strength of block artifacts in compressed video is described. Block artifacts are associated with the block-based image/video compression schemes. The block artifacts deteriorate the quality of compressed image and video, especially at low bit rates. A deblocking method measures the strength of the block artifacts at each block boundary and adjusts the deblocking parameters accordingly to improve the performance of the overall deblocking process. A method and device to measure the strength of block artifacts based on the global and local edge information of the current picture is provided.

A loop filtering method and apparatus are provided. The loop filtering method includes: calculating blocking effect strength based on coding type information, which specifies the coding type of a block to be filtered, a motion vector of the block, and reference frame information, which identifies a reference frame; determining a filtering unit to be used for filtering the block based on the calculated blocking effect strength; and performing filtering on the block using the determined filtering unit. Accordingly, it is possible to provide high-quality HDTV images by determining whether to perform loop filtering and adjusting the degree of loop filtering in consideration of the characteristics of HDTV images.

The present invention describes a beverage can end which utilizes less material and has an improved internal buckle strength based on the geometric configuration of a chuck wall, inner panel wall and central panel, and which, in one embodiment utilizes an arcuate shaped chuck wall with a radius of curvature between about 0.150 inches and 0.250 inches with at least one transition zone positioned between an upper and lower end of the chuck wall.

The anticracking patch includes protecting film layer, upper coating layer, high strength base layer and lower coating layer arranged successively from the top to the bottom. Both the upper coating layer and the lower coating layer are made of polymer modified asphalt material comprising asphalt 48-58 wt%, SBS 5-10 wt%, tackifying resin 7-13 wt%, engine oil 4-8 wt%, rubber powder 9-11 wt%, tackifying petroleum resin 1-3 wt% and intensifier 3-13 wt%. The present invention is industrially produced and has excellent anticracking and waterproofing functions.

A device for expressing robot autonomous emotions comprises: a sensing unit; a user emotion recognition unit, recognizing current user emotional states after receiving sensed information from the sensing unit, and calculating user emotional strengths based on the current user emotional states; a robot emotion generation unit, generating robot emotional states based on the user emotional strengths; a behavior fusion unit, calculating a plurality of output behavior weights by a fuzzy-neuro network based on the user emotional strengths and a rule table; and a robot reaction unit, expressing a robot emotional behavior based on the output behavior weights and the robot emotional states.

An apparatus and method for setting transmit power of a compact Base Station (BS) in a wireless communication system are provided. In the apparatus and method a measurer measures a signal strength corresponding to each of one or more neighbor BSs while operating in a Mobile Station (MS) mode, a receiver receives a signal strength corresponding to each of the one or more neighbor BSs measured by one or more MSs from the corresponding one or more MSs, and a self-configuration controller sets a target signal strength based on the signal strength corresponding to each of the one or more neighbor BSs measured in the MS mode and controls a transmit power so that the signal strength corresponding to each of the one or more neighbor BSs measured by the one or more MSs substantially reaches the target signal strength.

The invention provides a fight simulation system generating military strength based on a computer and a simulation method and relates to the technical field of simulative training in battlefields. The fight simulation system comprises a data inputting module, a data analysis module and an output evaluation module. The flight simulation method comprises the following steps that during system initialization, path planning of different scenes, tactics strategies and character and terrain cooperating relation are input, and a planning algorithm and information of an operator are input; after initialization data is input, an experimental data analysis and system modeling stage is executed; after data modeling, the data is output to evaluate the model, earnings and price are calculated to ratiocinate whether the proportion of the earnings to the price is reasonable or not, and results are output. By conducting enough modeling on human behaviors, a CGF can automatically make response on events and states in a simulative battlefield environment without human interaction, and possible results in real fights can be simulated.

The invention relates to a method for predicating composite material Pi-shaped non-planar glue joint strength based on triangular envelopes. The method includes the following steps that (1), according to parameters of a composite material Pi-shaped non-planar glue joint structure, a geometrical model is established; (2), according to actual working conditions of the composite material structure, loads and boundary conditions of the Pi joint geometrical model are determined; (3), grid partition is performed on the joint geometrical model, and a Pi joint three-dimensional finite element model is obtained; (4), on the basis of the Pi joint three-dimensional finite element model, a finite element stress analysis is performed; (5), according to the linear finite element stress analysis result, a curved edge triangular envelope route of a Pi negative moment steel padding region is set on the basis of the Pi joint three-dimensional finite element model, all stress component values on the curved edge triangular envelope route are extracted, and the average value of the stress component values is calculated and substituted to the failure criterion for predicating the strength. The method for predicating the composite material Pi-shaped non-planar glue joint strength based on the triangular envelopes is suitable for engineering application and can obviously shorten a development cycle and reduce experimentation cost.

The invention discloses a method for predicting the concrete strength based on a hybrid model. The method comprises the following steps: conducting strength experiments on concrete at different mixing ratios on site according to a standard concrete strength detection method, thereby obtaining a plurality of learning samples about the function relationships between cement x1, blast-furnace slag powder x2, fly ash x3, water x4, a water reducing agent x5, a coarse aggregate x6, a fine aggregate x7, a curing period x8 and other concrete component mixing information as well as the concrete strength y; training extreme learning machines, artificial neural networks and support vector machines in the hybrid model, and confirming the optimal extreme learning machine, artificial neural network and support vector machine according to the optimization goal of minimized relative errors; on the basis of the optimal extreme learning machine, artificial neural network and support vector machine, confirming the optimally predicted concrete strength y with a decision function based on adaptive weight according to the predicted values of three modeling methods, wherein the optimally predicted concrete strength y can be utilized for judging whether concrete component input information meets the engineering design requirements or not. Through adoption of the method, the advantages of the three modeling methods are enhanced while the disadvantages of the three modeling methods are avoided, and the comprehensive predicting effect is better, so that the adaptability to different actual work conditions, namely the robustness, can be improved, and important significance is provided for rapid mixing ratio design and quality control for concrete.

A variable keeper strength based process-compensated dynamic circuit and method provides a robust digital way to overcome the intrinsic parameter variation present in manufactured die. Using a process-compensated dynamic circuit, the wide robustness and delay distribution becomes narrower which improves performance without sacrificing worst-case robustness. The strength of the keeper is programmed depending on the amount of die leakage. The keeper will have an optimal strength for the best and worst case leakage, allowing better performance with improved worst-case robustness.

An image processing apparatus comprises a determination unit which determines whether exposure of an input image is correct; a generation unit which generates a low-frequency image for locally changing a correction amount of brightness for the input image when the determination unit determines that the exposure of the input image is incorrect; a correction unit which corrects brightness of the input image by using the low-frequency image; a holding unit which holds a plurality of filters including at least a low-pass filter and a high-pass filter; and a filter processing unit which performs filter processing for a target pixel of an image corrected by the correction unit while locally changing at least types of the plurality of filters or a correction strength based on a correction amount of brightness using the low-frequency image.

The invention discloses a method and a device for dead pixel detection and correction of an image sensor. The device comprises an image sensor data input unit, a gain compensation unit, a dead pixel judgment unit, a dead pixel deletion strength control unit, a dead pixel correction unit and a dead pixel deletion data output unit. The method comprises the steps of regarding data generated by various arrangements of four filter lenses with the period of 2*2 as input data, establishing an M*N data window by regarding each point of the input data as a center and performing gain calculation and gain compensation; judging a dead pixel condition in each direction of each point of the input data to obtain dead pixel information; providing a variance/brightness model and determining a dead pixel deletion strength based on texture information of each point; and correcting the dead pixel by utilizing the dead pixel information and the dead pixel deletion strength and outputting corrected data. According to the method and a device for dead pixel detection and correction of the image sensor, dead pixel detection and correction of the data format of the image sensor of various arrangement modes of four filter lenses with the period of 2*2 are satisfied, and dead pixel detection and correction can be carried out automatically and efficiently.

The invention relates to a high tensile strength base plate, the chemical compositions (weight percent) of which are: C: 0.01 to 0.08 percent, Si: less than or equal to 0.1 percent, Mn: 0.8 to 1.8 percent, Cr: less than or equal to 1.0 percent, Mo: less than or equal to 0.5 percent, TAl: 0.02 to 0.08 percent, N: less than or equal to 0.006 percent, P+2S: less than or equal to 0.12 percent, Mn+3Cr+2Mo: more than or equal to 1.6 percent and less than or equal to 3.8 percent, and the rest is Fe. A high tensile strength hot galvanizing automobile outside plate adopting the high tensile strength base plate and a preparation method thereof comprise the following steps of: casting the components into blank plates by smelting, refining and continuous casting; hot rolling which adopts high temperature curling at 650 to 680 DEG C to obtain normal pearlite and ferrite original tissue, and then continuous casting with normal cool acid; hot galvanizing annealing with the critical re-crystallization annealing temperature at 800 to 860 DEG C; the cooling speed from the annealing temperature to a zinc pool is 5 to 16 DEG C/s; and entering into the zinc pool with the temperature of 450 to 465 DEG C and finishing galvanization treatment.

The invention relates to the field of detection of eggshell strength, in particular to an on-line quick nondestructive detection method and an on-line quick nondestructive detection device for eggshell strength based on knocking response signal analysis. The device consists of an egg knocking response signal acquisition and processing hardware system and a signal analysis software system; and an egg is placed on a supporting roller and rolls and advances together with a high-speed running and horizontal conveying production line, four rails on a conveyor belt bracket finish mechanical knocking on the detected egg, a permanent electromagnet drives a knocking bar to execute the knocking command so as to realize mechanical knocking on the detected egg when the egg passes through every knocking rail, the response signals are acquired by a microphone and processed and analyzed by a digital signal processor (DSP) system, and on-line detection results of the eggshell strength are acquired through a standard library model. The eggshell knocking response signals can be comprehensively acquired and analyzed, automatic and quick detection and grading of the eggshell strength are realized, and automatic detection in the production processing and circulation processes of the eggs is quickened.

The invention discloses a braze welding process for a hard alloy and low-alloy and high-strength steel, which belongs to a braze welding method for high-strength base steel. The method comprises the following steps of: preparing the low-alloy and high-strength steel, the hard alloy and a manganese brass flaky brazing filler metal qualified in raw material inspection; removing oxide layers on the surfaces of the low-alloy and high-strength steel, the hard alloy and the manganese brass flaky brazing filler metal with sand paper; coating a soldering flux QJ-302 on the two faces of the brazing filler metal; placing the brazing filler metal between the low-alloy and high-strength steel and the hard alloy; fixing by using a clamp; placing into a KSL-1100X box type furnace; setting the heating speed at 10 DEG C per minute; heating till the solidus temperature of the brazing filler metal is 909 DEG C, and preserving heat for 30 minutes; setting a heating speed at 9 DEG C per minute; heating to 960 DEG C, and preserving heat for 10 minutes; cooling to 300 DEG C, and preserving heat for 30 minutes; and performing furnace cooling to the room temperature to obtain a weldment. The hard alloy is welded on the surface of the low-alloy and high-strength steel, so that the surface hardness and wear resistance of the low-alloy and high-strength steel can be enhanced, the mechanical property and mechanical performance are improved, and the application fields of the low-alloy and high-strength steel and the hard alloy are expanded.

The invention provides a signal energy strength-based positioning method. The signals can be radio-frequency signals or underwater acoustic signals. The positioning method comprises the following steps of: measuring reference node path loss factors of corresponding areas, and establishing a database of the loss factors; determining the area of a movable node by using three points with strongest signals; calculating the distances between the movable node to three reference nodes by using the loss factors of the reference nodes of the corresponding areas; and calculating the position of the movable node by using a trilateration survey method. The positioning technology can overcome the defect that the conventional received signal strength indication (RSSI) positioning technology is easily affected by environmental inconsistency and has low precision.