96 results about "Mixed effects" patented technology

The invention relates to mixed denim and a technique for producing the same. The technique is as follows: firstly, multi-color segment dyeing yarns are adopted to be arranged and combined into bottom colored flower patterns of the denim; secondly, a main fundamental color required by the denim is dyed for the second time on a surface layer of the denim yarns; thirdly, partial colors on the surface layer of the denim are locally peeled off and internal colors of the yarns and the bottom colored flower patterns of the denim are exposed, thereby the mixed effect that the boundary of the flower patterns is blurred and the color is soft is protruded. The technique for producing the mixed denim comprises the following steps of: production of the multi-color segment yarns, yarn mixing and warping, pretreatment, dyeing and sizing, weaving and after finishing. The mixed flower patterns reach the effects of roughness, rusticity, rich color, softness and naturalness, and the techniques such as flower production, dyeing, sizing and so on can be finished once simultaneously, thereby the technique reduces labor duplication, saves a great deal of energy and can obviously reduce the production cost and the pollution of the mixed denim and the multi-color segment dyeing yarns.

The invention provides a multi-channel water cleaning double-component gluing head and relates to a multi-channel water cleaning double-component polyurethane gluing head. The multi-channel water cleaning double-component gluing head solves the problem that the conventional double-component polyurethane gluing head must be cleaned by a solvent and cannot be cleaned by water. A stirring blade base is connected with a main valve body; a sealing ring 1, a rubber film sheet and a sealing ring are arranged on an overflow valve needle 1; a sealing ring 2 is arranged on a piston 1; a valve cover is fixed on a polyurethane A glue feeding valve; the piston 1 can move leftwards and rightwards; a stroke regulating screw is arranged on the valve cover; the stroke regulating screw is in threaded connection with the valve cover; and the stroke regulating screw is rotated to adjusting the opening size of an adjusting valve needle 1, so that overflow quantity is adjusted. The multi-channel water cleaning double-component gluing head has high generality and a good mixed effect, can wash the polyurethane in the gluing head with water, and is particularly suitable for shaft-driving and cup-driving gluing heads. The multi-channel water cleaning double-component gluing head is cleaned by using the common water instead of the solvent so as to reduce production cost, save energy and reduce environmental pollution caused by the solvent.

According to some embodiments, a server may access a data store containing electronic records, each electronic record representing a risk association for an entity in connection with a plurality of relationships, and each electronic record may contain a set of record characteristic values. The server may automatically designate a first sub-set of the set of record characteristic values as fixed effect variables and a second sub-set as random effect variables. A data analytics mixed effect predictive model may then generate, based on the fixed and random effect variables, a future performance estimation value for the risk association of each entity in connection with its plurality of relationships. An indication associated with the future performance estimation value for the risk association of at least one entity in connection with its plurality of relationships may then be transmitted to generate an interactive user interface display.

The present invention discloses an immuomagnetic bead-based target automatic separation method and a separation device, the separation device consists of a mixing unit, a separation unit, and a control unit. A sample waiting to be detected and the immuomagnetic bead are charged into a sample pipe, and under different combinations of uniform speed rotation, the variable speed rotation, the static enrichment or the forward and reverse rotation states of the sample pipe, the target in the sample waiting to be detected and the antibody fixed on the immuomagnetic bead generate an idiosyncratic reaction; under a fixed magnetic field, the immuomagnetic bead and the target in the detected sample captured by the immuomagnetic bead are adsorbed to the inner wall of the sample pipe; the immuomagnetic bead and the target in the detected sample captured by the immuomagnetic bead are collected for biological detection or tray loading. Through the idiosyncratic reaction generated between the detected target in the sample pipe and the antibody fixed on the immuomagnetic bead, the present invention can accurately separate and screen the target detected object, and achieve the optimum mixing effect through the combination of different mixing patterns, thereby the present invention is widely applied to the preprocess of samples.

The invention relates to a feed preparation device for livestock husbandry, and particularly relates to a feed blending and preparation and treatment device for livestock husbandry. The invention aims at solving the technical problem of providing a feed blending treatment device which is excellent in blending effect, good in preparation effect and high in working efficiency and used for livestock husbandry. Aiming at solving the technical problem, the invention provides a feed blending and preparation and treatment device for livestock husbandry. The feed blending and preparation treatment device comprises a bottom plate, a left frame, a right frame, a top plate, a first motor, a storage platform, a box body, a second motor, an electric push rod, a stirring rod, stirring blades, a first support rod, a second support rod, a third support rod, a fourth support rod, a feed box and the like, and the left frame, the first motor and the right frame are sequentially arranged at the top of the bottom plate from left to right. The feed blending and preparation treatment device achieves the effects of being excellent in blending effect, good in preparation effect and high in working efficiency, the device has a novel structure and is strong in practicability, capable of rapidly stirring a feed, small in device volume and high-efficiency to operate.

The invention relates to a high-voltage circuit breaker with a blocking ring contact and a vortex generator and belongs to the field of high-voltage electrical technology. The high-voltage circuit breaker comprises a static arc contact, a main spraying nozzle, an auxiliary spraying nozzle, a dynamic arc contact, a blocking ring, the vortex generator and a piston, wherein the main spraying nozzle, the auxiliary spraying nozzle, the dynamic arc contact and the vortex generator are respectively and fixedly connected with the piston to form an arc extinguishing chamber moving part which rightly faces to the static arc contact. The breaking of the arc extinguishing chamber moving part is achieved by means of the driving of a circuit breaker mechanism. A heating channel is formed between the main spraying nozzle and the auxiliary spraying nozzle. According to the high-voltage circuit breaker, the blocking ring contact is used for strengthening air blocking effect between the static arc contact and the main spraying nozzle during arcing, the vortex generator is used for generating swirling airflow to improve mixed effect of the airflow in an expansion chamber, and accordingly, breaking capability of the self-energy circuit breaker is improved.

The invention discloses a three-dimensional temperature sensing data analysis method based on time-space dynamic coupling. According to the method, a temperature field physical model reflecting a heat transfer mechanism and a statistical model based on time-space relevancy are utilized to establish a mixed effect model, three-dimensional temperature sensing data is analyzed, and a dynamic temperature value of any spatial position, namely a temperature value of any spatial position or any moment, in a time-space three-dimensional temperature field is obtained. Through the technical scheme, the temperature field physical model reflecting the heat transfer mechanism and the statistical model based on time-space relevancy are combined to establish the mixed effect model, estimation of the three-dimensional dynamic temperature field is realized, accurate and comprehensive information is provided for real-time monitoring of the temperature field, and the method is beneficial for realizing optimal configuration of sensors in the temperature field and has the advantages of lowering cost and saving energy.

The invention relates to a rotational flow mixer, at least comprising a reaction container for filling liquid, wherein an air inlet is arranged on the container. The rotational flow mixer is characterized in that inner shells are arranged above the air inlet, a gas phase rotational flow passage is formed between the inner shells and the inner wall of the container or between the inner shells, outer shells are arranged above the inner shell, a liquid inlet is arranged in the middle of each outer shell, a fluid rotational flow passage is formed between the outer shells and the inner shells, theouter end parts of the gas phase rotational flow passage and the fluid rotational flow passage are converged into a gas-liquid mixed flow rotational flow passage, and the gas-liquid mixed flow rotational flow passage is located between the outer shells and the inner wall of the container or between the outer shells so that the gas-liquid mixed effect is favourable, a gas-liquid contact area is big, and the rotational flow mixer can be also used as a pneumatic stirrer.

The invention discloses a method for building a fractal dimension-based multi-phase mixed effect prediction model, which comprises the following steps of: (1) acquiring a multi-phase stirring mixing real-time pattern by using electron tomography or a high-rate camera; (2) computing the fractal dimension of the acquired real-time pattern by using a compiled box dimension computation program; (3) acquiring previous relative data of each period at every interval by using the method in step (2) to obtain a corresponding time sequence; (4) computing a time delay variable, an embedded dimension and a bandwidth by using the time sequence obtained in step (3) and by using a phase reconstruction method; (5) processing the time sequence in the step (3) by using a one-step-forward method and kernel regression prediction to obtain an entire time sequence; and (6) testing and verifying a prediction error by using an experimental method. The invention provides a reliable and practical prediction method for predicting the mixed effect of chemical engineering experiments and theoretically instructing stirring reactor design, stirring operation and correction experiments.

The invention discloses a method for improving residue soil in a shield pressure cabin at high-permeability complex formations. The method comprises the steps that (1) geological conditions of the shield passing formations are checked out and collected; (2) several kinds of representative complex formation working conditions are selected, and according to the proportions of the formations on the shield passing sections under each working condition, the particle size distribution curve of particles in mixed residue soil of the complex formation excavation-cutting sections is calculated; (3) theobtained particle size distribution curve of the mixed particles and an existing particle size distribution curve conforming to soil pressure balance type shield and formation adaptability are compared, and the particle size and the admixing quantity of the fine particles needing to be admixed in the high-permeability complex formation improving process are estimated preliminarily; and (4) the shield passing formations are sampled on site, the kind and the admixing quantity of residue soil improving admixtures are determined. The method has the advantages that the mixed effect of the coarse particle formations and the fine particle formations in the complex formations are considered, therefore, compared with the method that only residue soil improving of the coarse particle formations isconsidered, the method better conforms to the actual situation, and accordingly the cost of a residue soil improving method generally only considering the most unfavorable coarse particle formations in the prior art is reduced advantageously.

The invention belongs to the technical field of recycling of solid wastes and discloses a method for generating methane by enhancing anaerobic digestion of reflux sludge after heat and alkaoline combined treatment and circulation. The method comprises the following steps: preparing mixed sludge from concentrated sludge and dehydrated sludge; feeding the mixed sludge and performing anaerobic digestion; discharging the sludge with the same volume; performing heat and alkaoline combined pretreatment on the reflux sludge; circulating and performing anaerobic digestion; and collecting the methane. In the method, a heat and alkaoline combined pretreatment circulation reflux sludge system is provided, so the mixed effect of a fermentation system is enhanced, dissolution of solid organic matters is enhanced, and the reactor can operate efficiently and stably.

The present disclosure relates to methods and apparatuses for detecting registration features. The apparatuses and methods may utilize sensors in combination with cylindrical optics that blurs the image sampling area in the cross direction, while maintaining focus in the machine direction. The blurring may create an averaging or blending effect of the hue values across the sampled area. The sensors may include red, green, blue (RGB) analog outputs that can characterize sensed registration features by a unique sequence that can be compared with a reference sequence. In turn, the substrate speed and/or tension can be adjusted base on the comparison to control the relative placement of advancing substrates and discrete components in converting lines.

The invention discloses a mixed effect model for predicting large-area subtropical forest biomass, belonging to the technical field of forest management and related to an extraction technology of forest biomass. By relatively convenient data acquisition approaches and relatively less capital and personnel investment, an extraction technology aiming at large-area subtropical forest biomass is designed. The technology is mainly composed of five stages including extraction of laser radar data feature variables, ground sample plot data stem volume estimation, model construction and model verification based on vegetational forms and biomass calculation based on the stem volume and a biomass relative growth model. The technology improves biomass estimation precision of a laser radar method in alarge-scale forest, and provides a simplified technical solution for an airborne laser radar in forestry reconnaissance application of a large-area subtropical forest.

The present invention relates to a nanometer hydrotalcite-like compound preparation method, wherein a flowing focusing type microchannel reactor is adopted, and gas introducing microscopic mixing strengthening is performed to achieve the controllable preparation of the nanometer hydrotalcite-like compound. According to the preparation method, a water-soluble divalent metal salt raw material A<2+>X and a trivalent metal salt raw material B<3+>X are mixed according to a certain concentration, a soluble strong alkali or a mixture of a strong alkaline and a carbonate is prepared into an aqueous solution, the metal salt solution, gas and the alkaline solution concurrently enter from the three inlets of the flowing focusing type microchannel reactor, and are mixed and react in the microchannel, and the obtained precipitate is subjected to a hydrothermal treatment, centrifugation and drying so as to obtain the hydrotalcite-like compound material. According to the present invention, the obtained hydrotalcite-like compound has advantages of short residence time, high flux, controllable particle size, narrow particle size distribution, and the like; and compared with the conventional microchannel reactor, the microchannel reactor of the present invention has the following characteristics that: the gas inlet channel is additionally arranged on the structure, and the gas is introduced during the process, such that the mixing effect is further strengthened, the product particle size is uniform, and the clogging problem of the microchannel reactor in the nanometer material synthesis process can be solved.

The invention discloses an estimation method for a warehousing grain temperature field based on transfer learning. The method comprises the steps that a mixed-effect model framework combining a thermodynamic model with a transfer learning model is established, a temperature value ym (s,t) of the three-dimensional grain temperature field at a space-time point (s,t) is expressed as a sum of an overall temperature variation item of the temperature field, a local temperature variation item of the temperature field and a noise item caused by random or uncontrollable factors, overall change of the grain temperature field is described and estimated through the thermodynamic model, the transfer learning model of a space-time temperature field is established and local change of the grain temperature field is described and estimated by combining a multi-task learning method with a self-correlation time sequence method, the warehousing three-dimensional grain temperature field is accurately estimated, and therefore the warehousing grain temperature is obtained. According to the method, the problems can be solved that sensor data is insufficient, observation data is partially lost, and information of the grain temperature field cannot be accurately obtained; the comprehensive and accurate information of the grain temperature field is obtained.

The invention relates to a novel static mixer for gas mixing in a natural gas sulfur recovery super Claus process, which can effectively solve the problem of full-mixing incapability in a turbulent mixing process and improve gas mixing effect. The technical scheme is that: a main pipe is a circular steel pipe, while an auxiliary pipe is vertically inserted into the main pipe from a central line of a right semi-circle of the section of the main pipe; an outlet of the auxiliary pipe has a wedged structure; eight blades are arranged in the main pipe; each blade has a circular arc shape, an inclined angle alpha, a rotating angle beta and a height H; an axial interval between every two blades is L; the pipe walls of the main pipe and the auxiliary pipe are 5 to 10mm thick; and the wedged outlet is 5 to 10mm wide. The static mixer can prolong the residence time of gases in the mixture, and improve the turbulence intensity of the gases to further improve the mixing rates of the mixed gases, and can be used for the natural gas purification sulfur recovery super Claus process.

The invention discloses an external mixing type three-fluid spray gun nozzle. The external mixing type three-fluid spray gun nozzle comprises a nozzle body, an air cap, a first taper sleeve, a secondtaper sleeve, a retainer and the like. The nozzle body is provided with a first fluid channel, a second fluid channel and a third fluid channel, and swirl vanes are arranged in the first fluid channel, the second fluid channel and the third fluid channel. The three fluid channels provided for the three-fluid spray gun nozzle body are independent of one another and can allow three different kinds of fluids to be fed into the nozzle at the same time, three kinds of the fluids are always in the independent channels from entering the nozzle to being ejected out of the nozzle, liquid drops are atomized outside the nozzle, and therefore, the pressure changes of any of the three kinds of the fluids do not affect the pressure and flow of the rest of the fluids. The ratio of two liquid media can also be changed by adjusting the flow of the two liquid media according to needs in the use process, or the concentration of fluid media is changed, and thus the atomization effect and the mixing effectare fully guaranteed.

The invention discloses a scientific detection method and device for environment-related neurocognitive behaviors of road traffic participants as well as a model for detection of different hominids. The method comprises the following studies: DBQ original 27 structural performance studies; DBQ original 28 structural performance studies; studies on influence of different external environments and on a mixed effect on DBQ high acceptable fitness caused by test object factors when all samples are used; DBQ express edition 9 structural mix design method studies; DBQ product pavement performance studies; DBQ product pavement performance structural design system studies; DBQ product pavement performance technology studies.

This invention provides a method for manufacturing a color adjustable plane color conversion device including the following steps: a, providing a fluorescence or phosphorescence material, b, uniformly mixing the fluorescence or phosphorescence material with a transparent medium and c, forming a planar color conversion layer on an electronic device to convert the short wavelength luminous spectrum emitted by the electronic device to a long wavelength luminous spectrum to vary the light or display color of the electronic device by the micro-light/color mixed effect of the two materials. A plane color conversion device is also disclosed.

The invention relates to a material mixing device, in particular to a material mixing apparatus with folded plate type deflection baffles. The material mixing apparatus comprises a cylindrical material mixing cylinder, wherein folded plate type deflection baffles are arranged inside the cylindrical material mixing cylinder, and incline downwards. The material mixing apparatus has the advantages that the stirring operation is not required, so that the damage to the particles is reduced, and the safety factor is greatly improved; the automation is realized; the materials are loaded from the top and discharged from the bottom; the repeated cycle mixing can be performed, and the operation is convenient and quick; the mixed materials can be selected conveniently; different batches of products, the products of the same batch at the different times, or the products with different properties are simultaneously mixed efficiently; the mixing effect is uniform and excellent.

The invention discloses a two-stroke gasoline engine assisting in the aerodynamic analysis and provided with a trimmer valve with a coarse-mesh filter screen and a fine-mesh filter screen. The two-stroke gasoline engine is characterized in that the rotation speed of the two-stroke gasoline engine is 5750-6950 rpm per minute; the filter screen (58) in a scavenging channel is the 60-mesh coarse-mesh filter screen, and the other filter screen (58) arranged under the scavenging channel is the 180-mesh fine-mesh filter screen of the scavenging port trimmer valve. Steam of the engine is dispersedly squeezed out in multiple directions, vibration of reciprocating shake can play the fueling effect on steam flow, and the effects of polymerization oil mixing and divergence mixing can be better achieved when the rapid mixing and atomization of fluid and airflow from an air filter are accelerated, and thus the mixture enters the engine in a more atomized carburetion state. A sickle is provided with a plurality of sawteeth, and the quality of garden machines is improved through the constantly improved and perfected two-stroke gasoline engine.

The invention provides a color mixing method and system, computer equipment and a computer readable storage medium. The color mixing method comprises the steps of obtaining a source color, at least one superposition color and a transparency value corresponding to any one superposition color in the at least one superposition color in an image; Rendering for the first time according to the source color and the transparency value to obtain a rendered color value for the first time; Determining an accumulated superposition color according to the at least one superposition color; Determining empirical parameters according to the transparency values; And performing second rendering according to the first rendering color value, the cumulative superposition color and the empirical parameter to obtain an output color value. According to the technical scheme, the determination of the final mixed color can be completed completely without depending on the arrangement sequence of the superposed colors, and the obtained mixed effect is close to the rendering effect obtained by a traditional semitransparent mixing technology.

The present invention discloses a capillary electrochromatographic open tubular column with a mixed effect of hydrophilia and ion exchange and a preparation method of the same. The convergence layer of the open tubular column comprises methyl methacrylate ionic monomers, 2-methyl-3-butene cyanide polar monomers, initiators and cross-linking agents, wherein the ionic monomers account for 3.5-7.0 percent by weight, the polar monomers account for 8.0-27.0 percent by weight, the cross-linking agents account for 3.5-7.0 percent by weight, the initiators account for 0.3-1.0 percent by weight, the inert solvents account for 60.0-90.0 percent by weight. The bonded cyano structure in the open tubular column has a function of hydrophilic chromatography, carboxyl groups can be dissociated to generate a positive electroosmotic flow, ion exchange can occur between the carboxyl groups and basic amino positive charges, and the problems that polar alkaline materials are absorbed on a capillary column irreversibly and cannot be separated easily are solves under the combined effect of the carboxyl groups and the basic amino positive charges. The functional coating of the polar capillary open tubular column is modified via chemical bonding, and the open tubular column has a mixed mode of hydrophilic chromatography and ion exchange, has a good effect on separation of positive charge type alkaline drugs, has good reproducibility, and is suitable for capillary electrochromatographic separation and analysis of polar drugs.

A method and device for editing video data to achieve a video effect in a video sequence. From an encoder, transform coefficients of part of the video sequence are obtained. The transform coefficients are mixed with other transform coefficients in a combining module. The output of the combining module is quantized and further processed to provide an edited video bitstream. In the combining module, transform coefficients are multiplied with weighting parameters to achieve different video effects. Furthermore, logo data from a memory can be transformed into further transform coefficients for mixing in order to achieve a logo insertion effect. Moreover, prediction error and motion compensation information obtained from video data can be used to provide a reference frame, and the transform data from the reference frame can be used for mixing to achieve a blending effect.