1171 results about "Modified method" patented technology

S-RNC 1060 determines the need for the combined radio link addition and serving HS-DSCH cell change based on received measurement reports, and makes a decision for starting an active set update and cell change procedure (process 1070). After that, it notifies immediately to source base station (Source Node B) 1050 that the decision on active set update was done (signaling 2). Source Node B 1050 transmits an ACTIVATION TIME NEGOTIATION REQUEST message (signaling 3) to S-RNC 1060. S-RNC 1060 transmits an ACTIVATION TIME NEGOTIATION RESPONSE message (signaling 4) to Source Node B 1050. Source Node B 1050 knows activation time through this, and ceases capacity assignment for transmitting data to UE 1030, while transmitting buffered packets to UE 1030 with a priority made higher than those of other UEs.

A method of playing a modified version of blackjack between participants including a dealer and one or more players. The method includes the steps of each player placing a first wager to participate in a standard blackjack game against the dealer, and each player and the dealer placing a side wager into a side wager pot. The dealer then deals a two-card hand to each player and a two-card hand to the dealer and each hand is played out according to standard methods of playing blackjack. The method further includes awarding the side wager pot to the participant, if any, having a final hand count that is higher than all other final hand counts without exceeding twenty-one.

A method is disclosed that comprises modifying a method's byte code instructions for purposes of testing, debugging and / or monitoring. Additional byte code instructions are inserted into the method's byte code instructions at an entry point of the method and at an exit point of the method. The first additional byte code instruction causes a first output function to be executed for the method as a consequence of the entry point being reached during runtime. The second additional byte code instruction causes a second output function to be executed for the method as a consequence of the exit point being reached during runtime. The Application of the method to Distributed Statistical Record (DSR) keeping is also disclosed.

The invention discloses an offline programming and modifying method of a six-axis grinding and polishing industrial robot. The offline programming and modifying method particularly includes the steps of building a model, extracting workpiece machining path information, performing point data processing, generating a robot working motion joint angle, generating a robot working motion trail, performing robot grinding and polishing working motion simulation, generating a robot motion key parameter conversion module and a code, modifying the position of an abrasive belt, modifying the position, posture and singularity and modifying the grinding and polishing work environment. The offline programming and modifying method enables the offline programming process of the six-axis grinding and polishing industrial robot to be simplified, has practicability, can quickly generate programs applicable to the six-axis grinding and polishing industrial robot which grinds and polishes workpieces with complex surfaces, and improves the grinding and polishing uniformity.

This invention relates to modifying hardware and program configuration of a computer. In one embodiment, a computer configuration modification method comprises, upon reception of a configuration modification request for the hardware configuration and program configuration of the computer to be modified, transmitting the information regarding the hardware configuration to be modified to a hardware contract renewal notification destination in order to modify the fee to be paid for the modified hardware, and transmitting the information regarding the hardware configuration to be modified and the information regarding the program configuration to be modified to a program contract renewal notification destination in order to modify the fee to be paid for the modified program. When license information transmitted from the program contract renewal notification destination is inputted, the hardware configuration is modified based on the information regarding the hardware configuration to be modified and the program configuration is modified based on the information regarding the hardware configuration to be modified and the information regarding the program configuration to be modified.

The invention provides a creating method of catalogue-grade computer file system snapshot, which comprises: the catalogue that needs to create snap is confirmed; when the catalogue creates the snap firstly, the root index node information of the catalogue work version is added to the snap index list and update the last time point of creating or deleting the snap; a new index node is distributed as the root index node of the creating snap version, and the content of the root index node of the work version is copied to the new distributed index node; the write copy chain list of the work version is copied to the root index node of the new creating snap, and then the write copy chain list content of the work version is deleted; the creating time of snap of the root index node of snap version is set as the present time of the computer system; the root index node of the snap version is linked to the snap chain list of the catalogue. The invention also provides the deleting method of the catalogue-grade computer file system snap and the modifying method of the catalogue work version.

A modifying method for naphtha and light hydrocarbon aromatization comprises: contacting naphtha and C3-C5 light hydrocarbon with aromatization catalyst in the presence of hydrogen-containing gas to carry out aromatization modifying reaction, wherein the reaction temperature is 250-600 DEG C, and the volume ratio of hydrogen to naphtha is 20-400. The method can convert naphtha with low octane value and low-carbon hydrocarbon into gasoline component with high octane value and excellent liquefied gas, the final distilling point of liquid product and the carbon-accumulating speed of catalyst areobviously reduced, and the service life of catalyst is prolonged.

The invention relates to a fiber reinforced and modified method of a polyurethane foam plastic. The formula of raw materials added into raw materials of the polyurethane foam plastic is: 80-90 portions of polyether polyol 1; 10-20 portions of polyether polyol 2; 0.01-0.03 portions of catalyst; 0.5-2 portions of hard foam silicon oil; 0.2-0.5 portions of foaming agent; 5-20 portions of flame retardant; 0.1-0.2 portions of antioxidant; 115-150 portions of isocyanate; 230-300 portions of reinforcing materials. compression molding forming is that: each component in the formula after mixed evenly is fast sprayed on the surface of reinforcing fiber, which is dipped uniformly and then put into the die for curing molding under room temperature; pulling and extruding molding is carried out through a pulling and extruding device; each component in the formula after mixed evenly is fast sprayed on the surface of the reinforcing fiber running with certain speed, which is dipped uniformly and then put into a die cavity for foaming, curing and molding.

The invention discloses an anode material and a cathode material for a lithium ion battery and a modifying method thereof, solving the technical problem, i.e. how to improve the electrochemical performance of an electrode material. The surface of either anode material or the cathode material for the lithium ion battery is coated with a layer of carbon nanotubes or carbon nanofibers in a net structure, the coating layer of the cathode material has the thickness of 1-400 nm, and the coating amount of the anode material is 0.5-5 percent of the electrode material. The modifying method of the anode material and the cathode material for the lithium ion battery comprises the following steps of: forming a mixture of the electrode material, a catalyst and the carbon nanotubes or carbon nanofibers;adding water to stir the mixture into mash; and heating and reacting. Compared with the prior art, by coating a layer of carbon nanotubes or carbon nanofibers on the surface, the invention improves the material performance in all aspects and the electrochemical performance of the electrode material, achieves the aim of avoiding adding an additional conductive agent when applying the material and simplifies the manufacture process of the pole pieces of the lithium ion battery.

The present invention's modifying method for wood elements includes a step for soaking wood elements in one or a mixture of acetic anhydride, acetic acid, or chloroacetic acid; and a step for acetylating the impregnated wood elements in a gaseous phase. This method makes it possible to reduce the time required for the step of acetylating the wood elements, simplifies the process, reduces fabrication costs, and enables fabrication of a wood fiberboard having high dimensional stability.

In a label transfer network, an ingress node positioned at an upstream side end of a partial section of a first data transfer path (old path) transmits a path modify request, and an egress node positioned at a downstream side end of the partial section returns a label allocation request on a detour path (new path) to the ingress node in response to reception of the path modify request for implementing partial path modification from the old path to the new path. This enables the partial path modification with only a node bearing relation to the path modification, thus shortening the time needed for the path modification and suppressing an increase in extra control traffic for a node having no relation to the path modification.

Disclosed is an audio signal time-scale modification which utilizes variable length synthesis for the improvement of output audio quality and reduced cross-correlation computations for the reduction of computation loads to a processor. An analysis window consisting of N+Kmax audio samples is selected from an input audio samples and is shifted by the predetermined interval along output audio samples to find optimal shift Km, which ensures best cross-correlation between Nov audio samples of the analysis window and last Nov audio samples of the output audio samples and a particular value of Nm at which a coefficient of correlation between them is larger than a reference value or is the maximum one among a plurality of coefficients of correlation calculated with varying the value of Nov. The audio samples involved in the calculation of cross-correlation are down-selected by the predetermined ratio from Nov audio samples of the analysis window and last Nov audio samples of the output audio samples, respectively. The analysis window may also be shifted by the plurality of audio samples per one shift. The audio samples ranged region (Km+Nov−Nm)th sample in the analysis window is determined as an add frame. The existing last Nm audio samples of the output audio samples are replaced with new Nm audio samples obtained by weighting and adding the overlapped parts, i.e., the first Nm audio samples of the add frame and the last Nm audio samples of the output audio samples, while remaining part of the add frame is simply appended to the tail of the new Nm audio samples in the output audio samples.

Described herein is a MPEG-2 compatible stereoscopic 3D-video image digital decoding method and system. In order to obtain 3D-images from a digital video stream, modifications are made to the current MPEG2 decoders, by means of software and hardware changes in different parts of the decoding process. Namely, the video_sequence structures of the video data stream are modified via software to include the necessary flags at the bit level of the image type in the TDVision® technology. Modifications are also made in the decoding processes as well as in decoding the information via software and hardware, wherein a double output buffer is activated, a parallel and difference decoding selector is activated, the decompression process is executed, the corresponding output buffer is displayed; and the decoder is programmed via software to simultaneously receive and decode two independent program streams, each with an TDVision® stereoscopic identifier.

In a first exemplary embodiment of the present invention, an automated, computerized method is provided for processing an image. According to a feature of the present invention, the method comprises the steps of providing an image file depicting an image, in a computer memory, performing an image segregation operation on the image file to generate a set of intrinsic images corresponding to the image, modifying a preselected one of the set of intrinsic images according to a set of preselected operations and merging the modified one of the set of intrinsic images relative to the set of intrinsic images to provide a modified output image.

Methods for the removal of alkaline and sulfate scales from aqueous saline streams such as seawater, oil-gas fields produced waters, formation waters, and the like. Such processing methods can also be extended for the simultaneous removal of hydrogen sulfide, and / or sulfur dioxide, and / or oxides of nitrogen, and / or carbon dioxide from gaseous streams. The same processing concept with modified methods can further be employed for the removal of gases such as radon, hydrogen sulfide, sulfur dioxide, oxides of nitrogen, and carbon dioxide from gaseous streams.

The invention discloses a two-stage method coal tar hydro-upgrading method. Coal tar is subject to the atmospheric distillation and / or the reduced pressure distillation and is cut into coal tar light cut and coal tar heavy cut; after the coal tar light cut and optional distillate oil are mixed with hydrogen, the mixture enters a first hydrogeneration reaction zone and performs the contact reaction with hydrorefining catalyst; gas phase impurities of a reaction effluent is removed through an intermediate flash distillation column or a high-pressure stripping tower, and then the reaction effluent enters a second hydrogeneration reaction zone to perform the contact reaction with the hydro-upgrading catalyst or the hydrocracking catalyst; and the obtained reaction effluent is cooled, separated and fractionated to produce diesel fraction and naphtha cut. The invention provides a clean and effective coal tar processing and utilizing method, the coal tar light cut is hydro-upgraded to produce diesel oil for vehicles, the sulfur content of the obtained diesel product is less than 50 mu g / g, the content of polycyclic aromatic hydrocarbon is less than 11 weight percent, and the diesel oil cetane number of the product is improved by not less than 20.

The invention provides a method for modifying cotton and long vegetable fiber or yarn by ammonia liquid, which comprises the following steps: firstly, drying pre-treatment of raw materials; secondly, ammonia leaching of the raw materials in a hermetical treatment tank; thirdly, spin-drying of the raw materials subjected to ammonia leaching when a creel is twirled; fourthly, drying of the raw materials subjected to spin-drying by ammonia flow when the creel rotates slowly; fifthly, flushing of the raw materials which are dried by the ammonia flow by airflow when the creel rotates slowly; and so on. The method keeps the inherent advantages of the cotton, the long vegetable fiber and the yarn, overcomes the defects of the cotton, the long vegetable fiber and the yarn, increases softness, crimp tendency and fluffiness of the cotton, the long vegetable fiber and the yarn, improves the dye-uptake rate, the leveling property and the showy dye level, and further solves the problems of energy conservation, efficiency improvement and environmental protection.

The invention relates to an improved method and equipment for the preparation of trichlorosilane and polysilicon. The trichlorosilane is prepared by a chlorine hydrogenation method during the preparation process of polysilicon. The process is as follows: a) the metallurgical silicon is put into a reactor after being heated to 300-500DGE C in a powder baker; b) the silicon tetrachloride is vaporized and heated through an external heating device, which generates the silicon tetrachloride gas at the temperature of 160-600DGE C; c) the hydrogen chloride gas is preheated to 150-300DGE C through the external heating device; d) the hydrogen gas is preheated to 300-600DGE C through a heater; and e) the gases of step b), c) and d) are added into the reactor; wherein, the molar ratio between the hydrogen gas and the silicon tetrachloride is 1-5:1, the molar ratio between the hydrogen chloride gas and the silicon tetrachloride is 1: 1-20; and the temperature in the reactor is maintained at 400-600DGE C and the pressure in the reactor is kept at 1.0-3.0MPa. The method of the invention can effectively prepare the polysilicon at a low cost, which suits for semiconductor industry and solar battery.

The invention provides a modifying method for a porous substrate, comprising the steps of: coating at least one metal hydroxide layer on a porous substrate;, and calcining the porous substrate having the metal hydroxide layer to transform the metal hydroxide layer into a metal oxide layer having a continuous phase, and forming a modified porous substrate. The present invention also provides a modified porous substrate.

The invention provides a toughening modification method of polylactic acid. The polylactic acid and toughening modifier are mixed according to the proportion and are dried to lead the moisture content percentage to be lower than 50 ppm, then a melting extrusion method is adopted to mould the polylactic acid and the toughening modifier into a product, wherein, the toughening modifier is copolyester with melting point in 125 to 200 DEG C, in particular is the copolyester obtained by adopting isophthalic acid, hexanediamine, 1,4-butanediol, etc. as third monomers to modify PET. When blending, the quantity of the copolyester accounts for 1 to 20 Wt percent of the quantity of the polylactic acid, the melting extrusion processing temperature is 180 to 240 DEG C, and the breaking elongation of the obtained injection molding spline is improved by 10 to 300 percent. The invention greatly makes up for the disadvantage of deficient toughness of PLA, so as to lead the processing property to be improved greatly.

An enzyme modifying method for converting the coenzyme-dependency of an oxidoreductase is developed. Using this method, a novel carbonyl reductase mutant capable of utilizing NADH as a coenzyme is provided. It is also intended to provide a process for enzymatically producing an optically active (S)-4-halo-3-hydroxybutyric ester by utilizing the carbonyl reductase mutant. A method for modifying an enzyme itself so as to convert the coenzyme-dependency of a carbonyl reductase which asymmetrically reduces a carbonyl compound to produce an optically active alcohol, a carbonyl reductase having such coenzyme dependency as has been converted from NADPH to NADH which is obtained by the above method, a DNA encoding this enzyme mutant, a plasmid carrying this DNA, a transformant obtained by the transformation with this plasmid, and a process for producing an optically active alcohol by using this enzyme mutant and / or this transformant.

This invention is related to the interface modified method of aromatic fiber reinforced poly phthalazinone ehter sulfone ketone (PPESK) compound, using low-temperature plasma technology. The processed conditions are as follows: the atmosphere is oxygen, nitrogen, air, free ammonia or argon, the power is 10-400W, the time is 1-30 minutes, and the atmospheric pressure in the processing cavity is low pressure of 1-100Pa, normal pressure or high pressure of 1.01*105-106Pa. Etching the surface of Armoc aromatic fiber and modifying it by grafting, impregnating the modified Aromc aromatic fiber and the PPESK emulsion of 5-50% part by weight to prepare the prepreg of one-way fiber reinforced PPESK compound, and then preparing the said compound by using hot-pressed molding technology. The modified Aromc aromatic and the PPESK base can form a good interface layer, furthest realize the integrated performance of the compound, which is capable to meet the operating requirements of heat resistance and implement commercial processes in batch, continuity and large scale.

The present invention relates to a method for preparing polyvinylidene fluoride membrane with modified hydrophilicity. Said method includes the following steps: (1), membrane-casting liquor preparation: using (by wt%) 10-18% of polyvinylidene fluoride, 2-10% of polyvinyl alcohol and 80% of dimethyl sulfoxide, mixing them to obtain their mixed liquor, placing said mixed liquor in a water bath with 98deg.C, stirring for 6h, then standing still and defoaming so as to obtain uniform membrane-casting liquor; and (2), membrane preparation: under the condition of room temperature utilizing said membrane-casting liquor to prepare plate membrane or utilizing wet process to spin hollow fiber membrane, then promptly soaking the plate membrane or hollow fiber membrane into a coagulation bath, retaining for 24h, then solidifying and forming, washing the formed membrane by using clean water, and soaking the formed membrane in a glycerine aqueous solution whose mass concentration is 60% for 12h, taking out said formed membrane and naturally drying in air so as to obtain the invented polyvinglidene fluoride plate membrane or hollow fiber membrane with good hydrophilicity. The above-mentioned coagulation bath is one kind of water, ethyl alcohol aqueous solution whose mass concentration is 20% or sodium chloride aqueous solution.

Provides ability to analyze the readability of an image to be displayed on a screen as a web page, etc., and appropriately modify the image. It includes a rendering section for generating an image by rendering an HTML document; an image processing section for performing image processing on the image generated by the rendering section to simulate and evaluate how the image is viewed under a certain visual characteristic; and a result presentation section for locating an HTML element that needs to be modified in the HTML document to be processed based on the evaluation result of the image processing section 30 and for presenting the HTML element to a web page creator. The result presentation section also retrieves a modification method for the HTML element that needs to be modified from a symptom model storage section. A document modification processing section actually modifies the HTML document.

Problem: A method capable of ensuring a synchronization between an audio signal and a video signal both of which are modified in time-scale is needed. Solution: When analysis shift Sa=Ss / α, where Ss is synthesis shift and α is a designated time-scale (variable speed ratio), has a decimal value, two natural numbers which are nearest to the decimal value are selected as a modified analysis shift Sa′ and a compensated analysis shift Sa″, respectively. In time-scale modification of source audio samples to vary playback speed by dividing them into overlapped successive analysis windows, the modified analysis shift Sa′ and the compensated analysis shift Sa″ are alternately applied whenever a predetermined condition is met. The time difference between an estimated playback time and a real playback time of the time-scale modified audio signal is accumulated. The case that the predetermined condition is met is a case than an accumulated time difference goes beyond an upper threshold or a lower threshold of an allowed error range. In a processing of varying the playback speed of an AV signal, if a real variable speed ratio of a playback-speed-varied video signal is given as a target variable speed ratio of an audio signal to vary the playback speed of the audio signal, a synchronization between the video signal and the audio signal can be obtained. By applying this technology to the digital TV or TV phone, consecutive watch of the broadcasting signal for a phone-break time is possible. Catch-up for the currently received broadcasting signal is also possible through a high speed playback mode after a low speed playback mode initiated from a time of the past or the present.

The invention relates to an equipment accounting management method for an electric distribution network, which comprises of the steps of establishing an equipment management database and an MIS (Management Information System), carrying out correlation storage and management on geographic information and attribute data of electric distribution equipment on an electric distribution network 10kv line by a GIS (Geographic Information System), and the like, wherein equipment data includes spatial data and attribute data, the spatial data includes detailed position information of equipment and spatial relationship information among equipment and is stored in map-layer files, and the attribute data includes the specific description information of each equipment and is stored in the database; and the equipment accounting management method also comprises a map operation method, a searching method, addition / deletion / modification methods, and an electric distribution line merging and breaking method, wherein in the map operation method, a decentralized management mode is adopted for managing supply type electric network equipment respectively; in the searching method, actual geographic positions are identified on a map according to searching object information input by a user; in the addition / deletion / modification methods, corresponding changes of equipment changed actually are made on the geographic map so as to realize real-time correspondence between the geographic map and the actual situation; and in the electric distribution line merging and breaking method, the traditional line connection mode of the electric distribution lines is modified and perfected. By means of the method, the equipment management efficiency is greatly improved by combining the characteristics and technological superiorities of a GIS platform with actual application requirements, applying a spatial database and an attribute database and adopting a C / S (Client / Server) mode.

A graphic user interface (GUI) modification method for changing the graphic user interface (GUI) of an application program, including the steps of storing property information of each component comprising the graphic user interface (GUI), and data for making a software program to display the graphic user interface (GUI) on a user monitor in real time by reading the property information of each component, separately, displaying corresponding property information among the stored property information to a display window, and updating property information by receiving a changed property value through the display window, and displaying changed graphic user interface (GUI), after receiving changed property information and operating the software program to display the graphic user interface (GUI). Therefore, a need to modify source code to change a property value can be eliminated because the property value can be changed easily.

The invention discloses a method and a system for modifying configurations of network facilities in batches. The embodiment of the invention generates configuration files according to the properties of network facilities as well as administration commands and has the network facilities connected and configurations of the network facilities modified according to the configuration files. The proposal provided by the embodiment of the invention can realize the method of modifying configurations of network facilities in batches and solve the problems that hand operations squander time and vigor and easily result in faulty operations.