34 results about "Cross interaction" patented technology

A neural network resource sizing apparatus for database applications. Through use of multiple database application metrics input into a neural network learning algorithm, recommended resource capacities are generated. Input parameters such as the number of records, lookups, images, PDFs, fields, BLOBs and width of fields for example may be utilized to train a neural network to yield needed resource metrics such as the processing power, memory, disk and/or network capacities required to run the database application. Training for the neural network may involve running tests over all desired cross interactions of input and output parameters beginning for example with a small repository and ending with the maximum complexity of data and schema test. The training data is input into the neural network for the given database application version and utilized to plan resource utilization. A portal or webservice may be utilized to provide an interface to the apparatus.

The invention provides a system and a method for alternating mobile terminal music type services across platforms, wherein, the system comprises: an across platform service trigger equipment is used for generating and reporting service request information of other music type service platform services according to request indication of users; an across platform service alternation device is used for establishing and storing the code mapping relation of same sound source content on different music type service platforms, after receiving the service request information, searching the coding rule of the request music type service platforms according to the code mapping relation, distributing sound source content according to the coding rule, and/or transmitting the service request information to the request music type service platforms; an across platform service customing device is used for receiving the service request information sent by the across platform service alternation device, customing the services which are requested by users.

The present application relates to the field of robot technology, and provides a human-computer interaction method and device, a terminal device, and a computer readable storage medium. The human-computer interaction method is applied to a terminal device with a human-computer interaction function. The terminal device includes: an identification module configured to identify whether there is an interaction object; an information extraction module configured to extract identity information of the interaction object when the identification module determines that the interaction object is recognized; a determining module configured to determine a user configuration profile corresponding to the identity information based on a mapping relationship between the identity information of the interaction object and the user profile; a response module for responding to the interactive object based on the user configuration profile. Via the human-computer interaction method and device, the terminaldevice and the computer readable storage medium, cross interaction between terminal device with the human-computer interaction function and multiple interaction objects can be realized, so that the human-computer interaction process is more friendly.

The invention discloses a method for manufacturing a high-frequency data cable synchronizing a drawing tablet and a computer. A high-purity copper wire core is adopted for the high-frequency data cable, a high-frequency signal transmission technology is adopted, so that signal transmission is stable, signal cross interactions are reduced, and EMI is isolated. According to the method, the level of the manufactured high-frequency data cable is superior to the industry level of a high-frequency data cable of the high-frequency association; according to the association level, the swinging frequency of an HDMI cable is 5000 times, and the weight of an end stopper is 250g; according to a real test of the data cable manufactured through the method, the swinging frequency of the HDMI cable is 5000 times, and the weight of the end stopper is 500g; the test result is superior to the requirements of the association, and the attenuation and impedance defects of the high-frequency data cable in a common industry are overcome; HOT-BAR welding of flat cable clips is developed, a clamp is used for matching insulating bushings, four layers of circuit boards are designed, so that connector space reaches an extreme, connector thickness is thinnest, and the bottleneck of the small connector space is broken through; besides, the current high-frequency transmission technology is integrated with the method so that the HDMI cable, an USB cable and POWER cable can work synchronously.

The structure of matrix comprises input stage, second stage and output stage. The input stage includes 16 modules of cross-interaction matrixes in type of one divided into two. Receiving one route input signal in 80Gb/s, each module outputs two routes of signal in 80Gb/s. second stage consists of 4 matrix modules in 640Gb/s. receiving 8í‡80Gb/s output from the input stage, each cross-interaction matrix module outputs 8í‡80Gb/s signal. The output stage is composed of 16 matrixes in 160Gb/s in type of one selected from two. Receiving 2í‡80Gb/s signal output from the second stage, each cross-interaction matrix module outputs 80Gb/s signal. Outputted each VC - 4 time slot signal carries out selection from only two inputted VC - 4 time slot signals. The cross-interaction matrixes are applicable to optical cross-connected device, SDH device and digital cross-connected device, possessing advantages of few cross-connected chips, high economical efficiency and strict nonblocking.

The invention is about the measuring method of Inorganic Phosphates and its diagnosis reagent box. Producing hydroperoxide by reacting pyruvate oxidase with pyruvate under the activation ofInorganic Phosphates in the sample of plasma or serum and so on, and producing acetaldehydeby reacting hydroperoxide with alcohol under the existence of hydroperoxide enzyme, and then transferring oxidized coenzyme to reduced coenzyme by reacting acetaldehyde and aldehyde dehydrogenase, testing the ascending range of dominant wave-length34nm absorbance before and after the reaction and finally measuring the content of Inorganic Phosphates. This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

A method for regulating the time slot in Virtual Concatenation Group (VCP) includes following steps: separately adding a cross-interaction matrix in the up stream of SDH mapping path and the down stream of de -mapping path to use to make VC time slot regulation; replaces each VC 12 of the VC with Virtual Tributaries (VT). According to the time slot sequence required by VC configures the VC4 bus corresponding to each VT and sequence number of VC4; initializes the cross-interaction matrix; makes the time slot configuration and time slot regulation to VCP. The invention reduces the time division pressure, and also reduces the risk caused by amending time slot algorithm.

The invention is about the measuring method of inorganic Phosphates and its diagnosis reagent box. Producing hydroperoxide by reacting pyruvate oxidase with pyruvate under the existence of Inorganic Phosphates , then causing enzyme-coupled reaction with peroxidase and oxidating the colorless reduced chromogen combination to quinoneimine chromogen or indamide chromogen dyer with color, testing the variation of dominant wave-length 400ú¡600nm absorbance during the reaction and finally measuring the content of Inorganic Phosphates . This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

The invention is about the enzyme method of measuring magnesium ion and its diagnosis reagent box. Making use of the peculiarity that magnesium ion in the sample of plasma or serum and so on can activate the activation of hexokinase, and producing glucose-6-phosphate by reacting glucose under the existence of adenosine triphosphate, and then causing coupled reaction with phosphoglucose dehydrogenase and transferring oxidized coenzyme to reduced coenzyme. Testing the ascending range of dominant wave-length340nm absorbance and finally measuring the content of magnesium ion in the sample. This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

The invention is about the enzyme method of measuring magnesium ion and its diagnosis reagent box. Making use of the peculiarity that magnesium ion in the sample of plasma or serum and so on can activate the activation of glycerokinase, and producing glycerol-3-phosphoryl by reacting glycerol under the existence of adenosine triphosphate, and then causing coupled reaction with glycerol-3-phosphoryl dehydrogenase, hydroperoxide enzyme and aldehyde dehydrogenase and transferring oxidized coenzyme to reduced coenzyme. Testing the ascending range of dominant wave-length 340nm absorbance and finally measuring the content of magnesium ion in the sample. This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

The invention is about the enzyme method of measuring magnesium ion and its diagnosis reagent box. Making use of the peculiarity that magnesium ion in the sample of plasma or serum and so on can activate the activation of glycerokinase, and producing glycerol-3-phosphoryl by reacting glycerol under the existence of adenosine triphosphate, and then causing coupled reaction with glycerol-3-phosphoryl dehydrogenase, peroxidase and oxidating the colorless reduced chromogen combination to quinoneimine chromogen or indamide chromogen dyer with color, testing the ascending range of 400ú¡600nmabsorbance and finally measuring the content of Inorganic Phosphates This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

The invention discloses an ETS protection system in steam turbine emergent interruption protection, and relates to the technical field of steam turbine emergent interruption protection. The problem that in existing steam turbine emergent interruption protection, a hydraulic control system oil protection system, a condenser vacuum protection system and a lubricating oil protection system have the cross interaction, cross maloperation is prone to being caused, and therefore tripping of a unit is caused is solved. By means of the ETS protection system, the logical relationship in the ETS protection system is improved, the improved protection system can give out a tripping signal only when two channels for the condenser vacuum pressure, the hydraulic control system oil pressure or the lubricating oil pressure simultaneously move to give an alarm, and the cross maloperation is accordingly avoided. The ETS protection system is suitable for steam turbine emergent interruption protection.

The invention is about the enzyme method of measuring magnesium ion and its diagnosis reagent box. Making use of the peculiarity that magnesium ion in the sample of plasma or serum and so on can activate the activation of hexokinase, and producing adenosine diphosphate by reacting glucose under the existence of adenosine triphosphate, and then causing coupled reaction with pyruvate kinase and lactate dehydrogenase and transferring oxidized coenzyme to reduced coenzyme. Testing the descending range of dominant wave-length340nm absorbance and finally measuring the content of magnesium ion in the sample. This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

The invention discloses a touch structure capable of reducing the reflection vision effect and a method thereof. A plurality of first axial interaction assemblies, a plurality of conductive bridging units and a plurality of second axial interaction assemblies are arranged on the surface of a transparent substrate. The first axial interaction assemblies are connected to the second axial interaction assemblies in a bridging mode through the conductive bridging units to form a criss-cross interaction area. At least one insulating reflection layer is arranged at the intersecting position of each first axial interaction assembly and each second axial interaction assembly. Transparent insulation layers are arranged on the two sides of each insulating reflection layer respectively and are covered with metal conducting layers. The insulating reflection layers, the transparent insulation layers and the metal conducting layers form the conductive bridging units which are low in impedance and high in conductivity. The reflection vision effect can be reduced, and the touch sensitivity can be improved.

The invention is about the measuring method of Inorganic Phosphates and its diagnosis reagent box. Producing carbon dioxide by reacting pyruvate oxidase with pyruvate under the activation ofInorganic Phosphates in the sample of plasma or serum and so on, and producing oxaloacetic acid by reacting carbon dioxide and phosphoenolpyruvate under the existence of phosphoenolpyruvate carboxylase, and then transferring oxidized coenzyme to reduced coenzyme by reacting oxaloacetic acid and malic acid dehydrogenase. Testing the descending range of dominant wave-length340nm absorbance and finally measuring the content of Inorganic Phosphates. This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

A upper branch line signal multiframe and pointer positioning method comprising, delaying the output data of the cross-interaction matrix in relative to the input data for the length of one frame, determining the position of H4 byte of the multiframe structure and the position of TU pointer V1, V2, V3 and V4 according to the input frame heading, operation clock and SDH frame structure, modifying the value of H4, V1 and V2 in the data stream which includes, modifying the multiframe, modifying the position of the TU pointer and its value, modifying the corresponding data or information in the data stream to make the multiframe of the input signal in the time slot cross-interaction matrix consistent to the AU pointer.

The invention discloses a two-dimensional plasma lattice grating enhanced laser-induced breakdown spectroscopy detection sensitivity device. The device comprises a femtosecond laser, a beam splitting module, a time domain synchronization module, a focusing module, a loading module, a spectrum collection module and a polarization adjustment module. The method comprises the following specific implementation steps: splitting a femtosecond laser pulse into a plurality of femtosecond laser pulses, performing time domain synchronization, focusing to form light filaments, performing cross interaction, performing nonlinear coupling in a light filament overlapping area to form a two-dimensional plasma lattice grating, exciting a sample, and finally collecting and analyzing a spectrum emitted by the sample. According to the invention, additional sample pretreatment steps are not needed, the original advantages of simple operation, rapidness, real-time performance and the like of LIBS are reserved, and a better detection effect can be achieved on elements in some application scenes where samples are difficult to excite.

The invention is about the measuring method of Inorganic Phosphates and its diagnosis reagent box. Reacting pyruvate dehydrogenase with pyruvate under the activation of Inorganic Phosphates in the sample of plasma or serum and so on, transferring oxidized mPVS to reduced mPVS, and transferring the colorless tetrazole salinization to formazan dyer with color with reduced mPVS, testing the ascending range of dominant wave-length380ú¡800nmabsorbance before and after the reaction and finally measuring the content of Inorganic Phosphates . This method has high specificity and would not be contaminated by material of internal and exogenous sources, and the result is precise and accurate. Diving the diagnosis reagent box into double-dose or three-dose can reduces the cross interaction of each element, keeps the stability of the reagent and deposits chronically. Using this method can realize the fast testing in common ultraviolet/ visible light analyzer or semiautomatic/automatic analyzer and doesní»t require special or additional apparatus, so the cost is low. Thus, this method can be easily promoted and applied in the whole industry.

The present invention discloses a method for crossly realizing space division and time division and a device thereof. The invention relates to the communication field and settles the problems of resource waste, high cost and high power consumption in realizing crossing of space division and time division. The settling solution comprises the following steps: extracting the data of one channel to be processed in the input multi-channel code; inserting the data to be processed into a preset channel; selecting the data which requires time slot scheduling from the channel, and inserting the data which requires time slot scheduling into a data storing unit. The method and the device of the invention are used for crossing space division and time division.

The invention consists of working optical branching module, protection branching module and low order cross module. The working optical branching module and protection optical branching module each contains two optical branching processing units used in receiving inputted data signal, outputting the payload data signal and status signal of alarm instruction. The low order crossing module contains: channel-protecting process unit used in receiving payload data signal and status signal of alarm instruction, and selecting a channel of data signal in working order from two channels of outputted data signal to send to low order cross-interaction matrix, the low order cross-interaction matrix used in transmitting and receiving normal data signal.