106results about How to "Reduce match" patented technology

A process for manufacturing three-dimensionally shaped polymeric sheets and laminates with color-matched digitally printed full color ink jet images. A flexible thermoformable polymeric baseweb is placed in an ink jet printer and a solvent-based (non-aqueous) digital printing ink is applied directly to the baseweb, in the absence of an ink receptive layer on the baseweb, to form a decorative pattern in multiple colors in a single pass through the printer. The finished product can be thermoformed or injection molded to a three-dimensional shape. A protective topcoat can be laminated to the digitally printed sheet prior to the thermoforming and / or injection molding step. A process for making color-matched products comprises producing a software-driven image of a pattern on a screen representing a standard color print pattern; evaluating and adjusting the standard displayed on the screen using software-driven image related adjustments for hue, contrast, lightness / darkness, etc.; producing a test print by applying a decorative pattern to the baseweb by a digital ink jet printer and making an optional software-driven image-related adjustment in the standard to color match the standard to the test print image; and when the adjusted standard image displayed on the screen is acceptable, passing an image-related output to the digital ink jet printer for printing a decorative print color-matched to the accepted onscreen standard.

The invention provides a predictive outbound method and system of a call system. The method comprises the following steps: a call service module starts to call a seat, judges how many customer service staff participating in the call in the present turn, and obtains the number n of the customer service staff participating in the call; and a call scheduling main module judges the time T1m=n-1-x of the customer service seat for call to answer according to the historical record of the call, wherein m refers to idle customer service staff, 1 refers to busy customer service staff and x refers to overtime customer service staff. According to the predictive outbound method of the call system provided by the invention, if the customer service staff is the same, the call efficiency is improved, the waiting times of the customer service staff are shortened, various call states are fully predicted, the call system can be called according to predicted data, various states of the call system can be fully distinguished in a prediction condition, call resources are fully matched, unreasonable personnel match is maximally reduced, resources are saved, the call cost is lowered, and the user experience is improved. The invention provides a call system.

The invention provides an information processing method and electronic equipment. The information processing method includes acquiring path information of each of at least one file of N files, wherein the path information of each file indicates a logic position of each file in a first file system of the electronic equipment; acquiring application program identification information corresponding to the path information of each file on the basis of the corresponding relation among the path information of each file, the application program identification information and the file path information; setting the file path information as use path information of the first file system for S application programs in the M application programs; acquiring the corresponding relation of the application program identification information and the file path information by monitoring file variation of the first file system, wherein the S is an integer larger than or equal to 1 and smaller than or equal to the M; correlating each file with the application program identification information corresponding to the path information of each file on the basis of the acquired application program identification information corresponding to the path information of each file.

The invention provides a Bluetooth connection method, and the method comprises the steps that a first Bluetooth terminal broadcasts a first BLE message, and the first BLE message comprises a public access address and equipment information of a first Bluetooth terminal; a second Bluetooth terminal executes BLE scanning, and when a public access address is included in BLE scanning, a second Bluetooth terminal analyzes the first BLE message; when the second Bluetooth terminal judges that the first Bluetooth terminal is the target Bluetooth terminal, the second Bluetooth terminal broadcasts a second BLE message, and the second BLE message comprises Bluetooth information and agreed time of the second Bluetooth terminal; the first Bluetooth terminal executes BLE scanning and receives a second BLE message; the first Bluetooth terminal quits the BLE scanning, and the second Bluetooth terminal quits the broadcast; and after the appointed time is up, the first Bluetooth terminal and the second Bluetooth terminal start classic Bluetooth communication. BLE is used for replacing traditional Bluetooth searching, pairing and connecting, searching, matching and connecting time between Bluetooth devices is shortened, and power consumption is greatly reduced.

The invention provides a semiconductor laser degradation testing and service life prediction experimental platform. The semiconductor laser degradation testing and service life prediction experimental platform comprises a computer analysis system, a semiconductor laser driving control system and a data transmission system; the computer analysis system receives the state data of a semiconductor laser through the data transmission system and performs calculation and analysis to realize functions such as curve drawing, degradation testing and service life prediction; and the semiconductor laser driving control system receives a parameter setting and mode control data packet through the data transmission system and analyzes the parameter setting and mode control data packet so as to control the modulation current, bias current, optical power and temperature of the semiconductor laser. With the semiconductor laser degradation testing and service life prediction experimental platform of the invention adopted, the degeneration characterization parameter of the semiconductor laser can be tested under a premise that the normal modulation work of the semiconductor laser is not affected, and the current, voltage and temperature stress during the operation of the semiconductor laser can be acquired, so that the service life of the semiconductor laser can be predicted. The experimental platform can be used for semiconductor laser factory delivery tests and experiments and teaching researches of optoelectronic device characteristics and laser communication.

A control system for the automobile using mixed power features that its controller for multiple energy sources, motor controller, accumulator managing unit, engine managing unit, ABS controllr and TCU controller are connected via CAN bus, and said controller for multiple energy sources is serially connected between electronic throttle pedal and electronic air throttle for controlling both engine and electric motor.

The invention discloses a digital-analog hybrid mode clock duty ratio calibration circuit which is characterized by comprising a pulse generator (1), a half-period delay line (2), a RS trigger (3), a single end-to-difference switching circuit (4), a digital-analog hybrid charge pump (5) and an error amplifier (6), wherein the input end of the pulse generator (1) is connected with an original input clock signal (CKI) to be calibrated; and the output end signal of the pulse generator (1) is a buffered input clock pulse signal (CKB), and the signal is simultaneously connected to the clock input end of the half-period delay line (2) and the setting input end (S) of the RS trigger (3). The digital-analog hybrid mode clock duty ratio calibration circuit disclosed by the invention overcomes the discrete type existing in the adjustment of the traditional pure digital mode duty ratio calibration circuit, realizes the continuous duty ratio adjustment, adopts fully-digital processes, and obtains higher adjustment accuracy under the condition of consuming small area and power consumption.

The invention provides an indoor intelligent mobile robot and a control method. The global advancing path of the robot includes a plurality of key point positions of the path; when an obstacle existsin the advancing path, an obstacle avoidance point is arranged out of the original path, a local path of the robot advancing to the obstacle avoidance point from the current key point is planned, andafter the robot advances to the obstacle avoidance point along the local path, a local path of the robot advancing to a next key point from the obstacle avoidance point is planned again; and if a newobstacle appears during the process of the robot advancing along the local path, another obstacle avoidance point is set. A three-dimensional lidar is adopted for laser oblique shooting, the scanningpoint of the laser avoids a dynamic obstacle, and thus, laser data reflecting the surrounding environment information are acquired for building a surrounding environment map. Trackless autonomous navigation in an indoor complex environment with human mobility can be realized.

The invention relates to an automatic classification networking method for Bluetooth devices in the technical field of wireless communications, wherein, the method comprises the following steps: the Bluetooth devices are classified according to the classification standard of the Bluetooth devices; the Bluetooth devices are connected within the communication scope and then obtaining attribute information of the counterpart for verifying that whether the Bluetooth devices belong to the same class, and if yes, the Bluetooth devices are connected; if no, the Bluetooth devices are disconnected. Thus, the Bluetooth devices belonging to the same class in the communication scope are connected and combined into a plurality of isolated scattering networks. A super peer in each isolated scattering network is determined for marking the scattering network. Each isolated scattering network sends out a detecting message. Bluetooth devices which are different from the Bluetooth devices for networking are selected as bridge access points for connecting the scattering networks in the region to form a global network. With the least quantity of the scattering networks, the method can not only ensure the connectivity, but also improve the average transmitting speed, reduce the energy consumption of the whole scattering network, etc.

The invention discloses a data compression method, and belongs to the field of data processing. The method comprises following steps of obtaining to-be-compressed data and m reference data blocks, wherein m is greater than 1 and m is an integer; matching the to-be-compressed data with the m reference data blocks; and obtaining at least one index code, wherein each index code comprises reference data block identifiers and character string information, each reference data block identifier indicates one reference data block in the m reference data blocks, and each piece of character string information indicates the position information of continuous character strings of the to-be-compressed data in the reference data block. According to the device and the method, the compression efficiency is improved by compressing the to-be-compressed data by multiple reference data blocks.

The invention discloses a successive approximation analog-digital converter, which comprises a comparator, a maximum significant digit analog-digital converter and a minimum significant digit analog-digital converter, wherein the comparator is provided with an inverting input end, a non-inverting input end and an output end and is used for outputting a comparison result; the maximum significant digit analog-digital converter is coupled at the non-inverting input end; and the minimum significant digit analog-digital converter is coupled at the inverting input end.

The present invention relates to a self-adaptive linkage rule generation method for intelligent household equipment and relates to the technical field of intelligent households. The method comprises the steps of creating a service body, constructing an equipment linkage rule frame of the environmental attribute, requiring a user to feed back rule parameters, and generating an equipment linkage rule of the environmental attribute. According to the invention, the service body is defined by the inventor as a linker between the equipment and the application service. According to equipment and environmental attributes corresponding to a service demand link, the specific parameters of a rule are determined not only based on the sensing and control relationship of the environmental attribute associated with the service body but also based on the configuration and the feedback of the user. Therefore, the problem that based on an internet-of-things system, the equipment linkage control is hard to generate adaptively for dynamic environment and user requirements can be solved.

The invention relates to a high-performance hybrid positioning method based on angle and signal TDOA (time difference of arrival) estimation and an implementation device of the method. The method comprises the steps that (1) DOA (direction of arrival) estimation of a target is realized based on an MIMO (multiple-input multiple-output) bistatic radar, and a target position estimation error caused by DOA estimation is described; (2) a signal TDOA of a system is considered, and the relation between a signal arrival distance error and target coordinates during TDOA estimation is described; and (3)a least square algorithm is utilized to construct a loss function, and the target coordinates are solved. According to the method, a unitary matrix is introduced based on a signal model of the bistatic radar to improve operation efficiency; the accuracy of angle estimation is improved through feature vector sharing; and through the algorithm of utilizing two parameters, namely an angle TDOA and the signal TDOA for joint positioning, the accuracy of target position estimation is improved, and the requirement on the number of receiving arrays is lowered.

The invention relates to a method for reducing load-rejecting overvoltages when operating a synchronous rectifier (29) for a multiphase alternating current having a number of inputs (60.1 to 60.5) corresponding to the number of alternating current phases (A through E) of the alternating current, and at least two outputs for providing a direct current, wherein one alternating current phase (A through E) is connected to each input (60.1 to 60.5) and each of the inputs (60.1 through 60.5) can be electrically selectively connected to either the first (B+) or the second (B-) output (using active switching elements such as MOSFETs oe IGBTs) according to the requirements of control means.

The invention relates to a speech control method and system. The method comprises the steps that original speech information is received, and first speech recognition information is acquired according to a speech recognition library and the original speech information; the first speech recognition information matches a speech operation matching database to determine each operation instruction matching the first speech recognition information, and the matching value of each operation instruction is acquired, wherein the speech operation matching database comprises the corresponding relationship among the speech recognition information, the operation instruction and the matching value; an operation execution instruction is determined according to the matching value of each operation instruction, and the operation execution instruction is executed; and the speech operation matching database is updated according to the operation execution instruction. According to the invention, the matching value between the operation instruction and the speech recognition information meets the actual use demand; self-learning of a speech operation device is realized; and as the number of times of speech operation increases, the recognition rate and the operation accuracy are improved.

The invention discloses a large frequency offset estimation and PN (Pseudorandom Noise) mode detection method and system suitable for a DTMB (Digital Terrestrial Multimedia Broadcast) receiver system. The method comprises the following steps: storing a certain number of received data; realizing correlation operation by using FFT / IFFT (Fast Fourier Transform / Inverse Fast Fourier Transform); performing frequency sweeping to obtain a frequency point corresponding to a maximum correlation value and calculating system frequency offset; trying in different PN modes, wherein a PN mode corresponding to the maximum correlation value is a system PN mode; shifting FFT output data and performing frequency sweeping control in an implementation process. A correlator is replaced by using the FFT / IFFT, thereby greatly saving the hardware cost; storage data are operated, thereby increasing the operation speed; moreover, a method combining frequency sweeping and PN mode trial is adopted, thereby eliminating the limits of channels and other factors and realizing independence and high robustness.

A dielectric dual antenna intended especially for small-sized radio devices, by one partial antenna of which is implemented the lower operating band of the antenna and by the other partial antenna the upper operating band. The partial antennas have a shared substrate (440), which together with the radiators constitutes an integrated antenna component (400). The partial antennas also have a shared feed point (FP), the part of the antenna component to one direction from the plane, which leads through the feed point and is perpendicular to the upper surface of the substrate, belonging to one partial antenna and the part of the antenna component to the opposite direction belonging to the other partial antenna. At least one of the partial antennas comprises two radiators, the first one (411) of which joins the feed point and the second one (412) is connected to the ground (GND) from its outer end as viewed from the first radiator. This first radiator (411) and the radiator (421) of the other partial antenna, which joins the shared feed point, form a unitary common element (430) on the substrate surface. This common element is shortcircuited to the ground from at least one point (SP1, SP2) relatively near to the feed point. The matching of the dual antenna can be improved in either operating band without degrading it in the other operating band at the same time.

The invention discloses an engine hood installation tool and a using method thereof. By the adoption of the tool, during welding assembly of an engine hood, a worker can assemble the engine hood on a theoretical position stably and accurately, accurate relative positions of an engine hood latch hook and an engine hood lock mechanism are ensured, consistency of matching between the engine hood and a wheel fender is guaranteed, and the matching problem during subsequent final assembly is avoided. The engine hood installation tool is mainly composed of a body mechanism, wherein a profiling lock mechanism and a protruding reference block with a predetermined thickness are installed on one side of the body, a position pin is installed on the side, provided with the reference block, of the body and is capable of being inserted into a front beam positioning hole in a white body, and the body is further provided with a locking mechanism used for fixing the body and a white body engine compartment assembly front beam. The engine hood installation tool is simple in structure, small in size, low in weight, low in cost, convenient to use and highly practical.

The invention discloses a remote-control infrared code adaptation method and device. The method comprises the steps that infrared codes learned by a user side device are received; the received infrared codes and prestored remote-control infrared codes are matched; when matching is successful, the matched remote-control infrared codes are transmitted to the user side device. The process of remote-control infrared code matching is simple, matching time is shortened, and user experience is improved.

The invention discloses a motor imagery electrocorticogram (EEG) signal classification method based on independent component analysis, which comprises the following steps: S1, collecting the EEG signals and preprocessing the EEG signals, and randomly dividing the preprocessed EEG signals into a training set and a test set; S2, sequentially selecting the training set data to carry out independent component analysis and calculation on the single test sample data, and automatically identifying and acquiring the motion related component based on the spatial distribution pattern of the source; S3:classification and recognition of motor imagery based on zero training classifier; S4: optimizing the selection of leads by using the training set data, substituting the optimized leads into the testset, and looping the steps S2 and S3 to obtain the final classification recognition rate. The invention can reduce the spatial model matching problem caused by the difference between the collected EEGdata, and has high recognition accuracy to the motor imagery EEG signals.

The invention discloses a pedestrian recognition and tracking method based on video images and wireless signals. The method comprises the steps of determining a positioning area according to wirelessdata of a target user; Extracting mobile phone sensor data of a target user and extracting a monitoring video sequence covering a positioning area in a positioning data uploading time period by takinga set threshold value as a time window; Generating a plurality of image tracks by adopting a monitoring video sequence; Drawing a pedestrian wireless track by adopting mobile phone sensor data and wireless signals, and sampling the pedestrian wireless track every sampling interval; Substituting nodes in each image track into the projection matrix to obtain track point coordinates of each image track; Performing track similarity matching by adopting a DTW algorithm according to coordinates of track points on the image track and sampling points on the pedestrian wireless track to obtain an accumulated distance value; And when all the image tracks are subjected to DTW matching, selecting all the image tracks with the minimum accumulative distance value as the tracks of the target user.

The invention provides a distributed electric quantity transaction block chain storage method and device based on a Merkel tree, and relates to the technical field of block chains, and the method comprises the steps: extracting a key element field from obtained transaction information; establishing a Merkel tree according to the key element fields, and calculating a first hash value of a tree root; broadcasting the key element field and the first hash value at the same time in the blockchain network, updating the first hash value into the block after a consensus is formed, and storing transaction information locally by the main node; establishing a new Merkel tree according to the actual delivery information and the transaction information, and calculating a second hash value of a new treeroot; broadcasting the new key element field and the second hash value at the same time in the blockchain network; and after a consensus is formed, updating the second hash value into the block, wherein the main node locally stores actual delivery information. Therefore, the scale of the uplink data is reduced based on the storage technology of the Merkel tree, and the complexity of information storage and updating in the matching, settlement and checking stages of the transaction is reduced on the premise of ensuring the safety and traceability.

The invention belongs to the technical field of communication, and provides a broadband transconductance enhanced low-noise amplifier which is used for solving the problems that an existing traditional gm-boost low-noise amplifier is narrow in bandwidth, and gain and noise cannot meet design requirements. A three-stage structure of a first-stage differential amplifier, a second-stage differential amplifier and a third-stage neutralizing capacitor amplifier is adopted, the two-stage differential amplifier is designed on the basis of a gm-boost structure, compared with a traditional gm-boost structure, the structure has the advantages that the input mode is improved, source input is changed into grid input, gain and isolation are increased, input impedance of the amplifier is changed gently, a large bandwidth can be obtained through matching, meanwhile, noise can be reduced, and ultra-low noise is achieved through the two-stage differential amplifier and optimal noise matching; moreover, the bandwidth of the low-noise amplifier is effectively expanded through the differential structure design of the two-stage differential amplifier, the input, the output and the inter-stage transformer matching, and the peak shifting design of the three-stage amplifier.

The invention discloses a rigidity change device and method applicable to a vortex-induced vibration testing system, and relates to the field of ocean dynamic and fluid and solid coupling testing. A physical spring is used for simulating system rigidity, defects in application of VCK are avoided, a linear overlapping principle is used, flexible changes of the spring on a hanging point of a sliding system is realized, and the work of system rigidity changes and work of vibrator pre-balance are made to be simpler and more convenient. Meanwhile, the aspects of selection of numbers and specializations and hanging of springs are more flexible, the testing cost is greatly reduced, the testing period is greatly shortened, and the testing efficiency is increased.

The invention relates to a pair of augmented reality intelligent glasses capable of being matched with various hosts and a method. Concretely, the invention provides the pair of augmented reality intelligent glasses. The glasses comprise a glasses terminal, an adapter and an operation center unit, wherein the glasses terminal and the adapter are separated from the operation center unit; in addition, the glasses terminal and the adapter can adapt to various operation center units. The augmented reality intelligent glasses can realize good display effect and long-time comfortable wearing experience; the wide universality is realized; the size is small; the weight is light; the module integration is really realized; the additional external equipment is not needed; the glasses can be worn like ordinary glasses; the two hands of a user are liberated in the real meaning; the various application environment requirements can be met; the carrying and the transportation are convenient.

The invention relates to an artificial knee-joint thighbone which belongs to the technical field of prosthesis. The artificial knee-joint thighbone comprises a preartis, a first thighbone joint face, a second thighbone joint face and an insertion block. The first and second thighbone joint faces are parallely arranged on one side and connected with the preartis on the other side to form a gap structure. The insertion block is arranged between the preartis and the first and second thighbone joint faces. One end of the insertion block is located in the middle of the preartis while the other end of the insertion block is located in the middle of the first and second thighbone joint faces. The preartis is in a corrugate structure and comprises two wave crests and a pulley groove in the trough between the wave crests. A strength enhancing part is arranged inside the side face of the preartis. According to the invention, a concave design of the pulley groove is adopted for the preartis of the thighbone, so that the preartis is relatively thinner, and the osteotomy amount of the preartis is reduced to better meet the anatomical features of the thighbone and improve match of patella articular surface and match of force line of lower limbs of a human body. Meanwhile, the strength enhancing part is arranged between the pulley groove of the preartis and the thighbone interface of the human body to enhance the thickness of the pulley groove, so as to ensure the strength of the preartis. The shape and the structure of the artificial knee-joint thighbone are more suitable for patients, and the morbidity of anterior knee pain is reduced.

Provided is a pose trajectory estimation method based on an image frame interpolation method. A new frame is inserted between two image frames, semanteme is used as representation of an invariant scene, pose trajectory estimation is jointly restrained by the semanteme and feature points, the tracking loss situation is reduced by increasing the number of feature point matching between the frames, and the semantic information is fused to reduce the influence of dynamic object feature points and the matching of the constraint feature points, so that the accuracy of pose estimation and trajectoryestimation is improved. Experiments on a public data set show that the method maintains relatively high precision, is high in robustness for moving objects and sparse textures, and obtains a good result in the aspect of improving the recognition precision of the visual odometer.

The invention discloses a polar coordinate edge coding method based on a circular model, and relates to an edge coding technology of an edge contour map. The invention aims to solve the problems thata common Freeman edge chain code has relatively large information redundancy on simple graphic representation and has relatively low sensitivity on edge point detection and edge matching. The method comprises the following steps: firstly, carrying out edge contour map conversion on an image to be coded, then establishing an object by taking the edge contour map as a model, establishing a circularmodel, respectively solving a truncation radius, a centering angle and a relative position of a point of an edge contour, respectively detecting the points to obtain coded points, and coding accordingto a coding principle. According to the method, a new coding model and dynamic direction and dynamic code length coding are adopted, so that the coding length is effectively shortened, the coding efficiency is improved, the coding error can be effectively reduced, and a simple graph boundary can be efficiently represented on the graph table complexity.