63 results about "Proper motion" patented technology

A tape printer, wherein when a label tape (36) is fed to a tape cutting position after the label (39) of the label tape (36) is printed out, the heating elements (R1 to Rn) of a thermal head (9) are disposed so as to be opposed to the position of a next printed label (39) slightly on the upstream side of a label head position on the downstream side of thereof in the feeding direction and to be opposed to the position of the next printed label (39) on the downstream side of the printing start position thereof (so that a<b can be established in FIG. 7), and a mark detection sensor (12)is disposed on the upstream side of the heating elements (R1 to Rn) so as to be opposed to the position slightly on the downstream side of the position opposed to a position detection mark (39B) (so that c<e can be established in FIG. 7).

The invention is concerned with the electricity surge protector with proper motion monitoring, includes the SPD body, the signal collector, the processer and the memory cell, there into, the memory cell on the in or outside of the processer can protect the standard configuration of the SPD; the processer, connecting the signal convertor to process the SPD state from the collector to obtain the operating state data, and it can compare the data and the standard configuration with the advanced designed information, at the last, to analyze the result and give remain to the users and / or control the action of the SPD.

A method for operating a camera assembly for a vehicle involves displaying at least one image information item on a surface. In response to a proper motion of the surface, the at least one image information item is changed in such a way that the proper motion of the surface is at least largely compensated for. To this end, at least two sequential images are captured by a camera of the camera assembly. At least one reference object that is present in both sequential images is identified. The at least one image information item is fixed in relation to the at least one reference object during the proper motion of the surface.

A speculative start point selection for motion estimation iterative search improves the efficiency and quality of the integer-pel motion estimation iterative search by speculatively selecting the start position of the iteration. The start position is selected by comparing the Sum of Absolute Differences (SAD) value of a 0 motion vector, a predicted motion vector and a global motion vector (GMV) and selecting the position with the smallest SAD value. A refinement scheme with a threshold improves the efficiency and quality of the motion estimation iterative search by performing several comparisons to ensure the proper motion vector is selected. Applications of this improved motion estimation search include stabilizing an image as well as many other applications where motion vectors are used.

The invention discloses a robot for rescuing people fell in a well. A ground composition part comprises a controller, a monitor, a power supply, a clean air source and a hoisting device for hoisting and dropping an underground composition part; the underground composition part comprises a robot body, a lighting device, an air supply device and a pick-up device; the robot body is provided with a body stander, a well wall anchoring mechanism, a mechanism rolling along the well wall, an arm probing mechanism and an arm holding mechanism; and the lighting device, the air supply device and the pick-up device are connected with corresponding equipment and / or units through cables or pipelines. Under the control of ground rescue workers, the underground composition part is dropped to a position above a person fell in the well, and an operator adjusts the posture of the underground composition part according to field information such as video images returned from the underground so as to control the arm probing mechanism and the arm holding mechanism to carry out proper motions and simultaneously supply fresh air or oxygen, so the robot can effectively rescue the people fell in the well in different postures.

The invention is suitable for the field of mobile communication and provides a mobile terminal, an automatic responding method and a system thereof; the method comprises the following steps: when a call is accessed, an automatic response text and an automatic response mode which are preset for a call incoming party are acquired; the response text is converted into a speech message; according to the response mode, the speech message is adopted to answer the call incoming party. Compared with the prior art, the method does not need a user of the mobile terminal to record response speech in proper motion, avoids a plurality of inconveniences caused by recording the response speech and simultaneously avoids the problems that the call incoming party can not understand prompting words possibly because of accent, dialect, language or other factors of the user of the mobile terminal. The mobile terminal is in particular suitable for disabled people in language and hearing and also can be used in a confidential-graded meeting or other occasions which are unsuitable for carrying a mobile phone.

The present invention is one vehicle locating navigation system realized based on RFID technology. Specifically, RFID devices, such as IC cards, may be installed in cross road, road bed or other proper positions the vehicle will pass by; and RF inducing transceiving device may be installed inside vehicle to read the information of the RFID mark in the cross road or other position to realize the locating navigation of motor vehicle via matching with electronic map. Compared with GPS navigation technology, the present invention is simple and low in cost.

The invention belongs to optical technical field and specifically relates to a method for fast generating an optical starry sky background. The method comprises following steps including: a step 1, modeling a sky background in which star catalogue data of fixed stars is used as a source, by means of transformation of time and a coordinate system and correction of the apparent positions of heavenly bodies, starry sky background models at any observation point any time are constructed and a calculating result is inputted into a base in order to be used for simulation, wherein the calculating result comprises star names, star magnitudes, right ascension, and declination; and a step 2, simulating the established starry sky background model. The step 1 uses Hipparcos Catalogue as a data source of a visible light band. According to the selected Hipparcos Catalogue, the apparent positions of the fixed stars are calculated. Considered factors comprise annual parallax and proper motion caused by revolution of the earth, aberration caused by the self motion of an observer, annual aberration, precession, and nutation caused by earth revolution about the sun. The speed for generating a starry sky background by using the method may reach 50Hz.

The invention provides a frame rate improving method which mainly comprises four steps that image segmentation is carried out, and the foreground, the background and the object edge are obtained; the foreground and the background are subjected to variable size block matching motion estimation, and the object edge is subjected to motion estimation based on an optical flow field; a motion vector is subjected to post processing, and a proper motion vector is obtained; and a method of overlapped block motion compensation and bilinear interpolation is used for motion compensation, and interpolation frames are synthesized. According to the frame rate improving method, the problems that the halo effect, the edge block sawtooth effect and the like happen in a traditional frame rate improving method can be solved, and the method is widely used in the field of frame rate improving.

The invention discloses construction equipment and a construction process for a double block type unballasted track, belonging to the railway track construction field. The construction equipment comprises combined type track panels which are matched to use, a proper motion type paver, a multifunctional electric control lifting device, a movable type mechanical sleeper distribution assembly platform and a shunting swing bridge; under the conditions of meeting the construction quality and the construction efficiency, the construction equipment has the advantages of small number of device categories, simple equipment operation, high construction efficiency and low cost of the outfit. The construction process comprise the following steps: the transverse template mounting, the sleeper distribution and the track panel assembly, the coarse adjustment of track panels, the track bed reinforcing fabric seizing and the grounding welding, the connection and the accurate adjustment of the track panels, the vertical template mounting, the track bed concrete pouring and the surface finishing and forming, the curing and the track panel disassembly, reentering the circle; the process has the advantages of simple process and fast speed; therefore, the invention can completely meet requirements of high standard, high accuracy and high efficiency in the construction of the unballasted track.

The invention discloses a wind farm direct current grid connection and direct current transmission source net coordination control method. The wind farm direct current grid connection and direct current transmission source net coordination control method comprises steps that LCC-HVDC additional control is additionally provided, and power-frequency slope characteristics provided with dead zones and inertia control are introduced in LCC-HVDC rectifier station fixed power control, and then transmitted power is capable of responding to frequency of a sending-end power grid; VSC-HVDC additional control is additionally provided; draught fan additional control is additionally provided, and active-frequency slope characteristic and the inertial control are introduced in draught fans, and then active power output by the draught fans is capable of responding to changes of WFVSC side frequencies; coordination of controllers is additionally provided, proper motion dead zones are arranged, and then the various controllers are coordinated. By increasing the power-frequency statistic characteristic coefficient and the inertia response coefficient of the system of the sending-end power grid, the inertia of the sending-end power grid is increased, and the frequency stability of the system is improved.

The invention discloses an interactive system of moving situation and method thereof, which can solve the problems that trainees might been injured due to continuously improper body-building caused by that a gymnasium coach does not have time to guide motion in the prior art, by the technical means of giving motion guide to the trainee end through a server at the coach end according to the moving data and physiological data representing the trainee end and generated by a measuring instrument, thus being capable of achieving the technical effect of continuously giving proper motion guide to the trainees in real time for a long term.

The invention discloses an arranging customizing method of an instantaneous communication user main panel hail-fellow grouping, it suits for computer network, the method resolves problem that instantaneous communication user main panel hail-fellow grouping can not be customized. The invention gains the mouse information in main panel and observes the hail-fellow grouping which needs to be dragged, confirming the target position of hail-fellow grouping and updating the hail-fellow grouping position, and uploading the updated hail-fellow grouping to memory to realize the customizing of arranging mode of hail-fellow grouping. User can customize the hail-fellow grouping according to his will; it provides an expressing mode of proper motion customizing individuation main panel, it fulfills the operation experience of hail-fellow grouping, and provides convenience and individual service for user.

A hybrid model Sprite generator (HMSG) comprising a hybrid global motion estimation (GME) unit and a fast image warping unit is provided. The hybrid GME unit maps a reliable image region and a prior Sprite, and it has an adaptive switch which is utilized to choose a proper motion parameter output. The fast image warping unit uses nearest neighbor (NN) kernel to pose the reliable image region on the prior Sprite.

A construction method of a star database of a triangle matching-type star sensor includes steps of: S1) determining basic cut-off magnitude and candidate cut-off magnitude; S2) rejecting peculiar stars; S3) performing fixed star proper motion compensation algorithm; S4) determining threshold of angular distances of neighboring fixed stars; S5) performing whole-celestial sphere helical line traversal; S6) determining relative bright stars; and S7) generating database of angular distances between stars.

A speculative start point selection for motion estimation iterative search improves the efficiency and quality of the integer-pel motion estimation iterative search by speculatively selecting the start position of the iteration. The start position is selected by comparing the Sum of Absolute Differences (SAD) value of a 0 motion vector, a predicted motion vector and a global motion vector (GMV) and selecting the position with the smallest SAD value. A refinement scheme with a threshold improves the efficiency and quality of the motion estimation iterative search by performing several comparisons to ensure the proper motion vector is selected. Applications of this improved motion estimation search include stabilizing an image as well as many other applications where motion vectors are used.

An interactive learning machine consists of processing module, input unit, storage unit and video / audio equipment. It is featured as containing a numbers of virtual teachers in said machine, selecting a desirable virtual teacher by children and forwarding questions and answers with proper motion and look by selected virtual teacher according to command inputted by children.

The invention discloses an optimal selection method of navigational stars of a star map simulator based on star density. The optimal selection method comprises the following steps: firstly, processing a star catalogue, extracting effective data fields, carrying out related data processing to obtain six pieces of data corresponding to each fixed star, and then performing proper motion, precession and nutation correction on extracted right ascension and declination values respectively; secondly, according to given optical axis orientation and the size of a field range, extracting fixed stars in the field range and establishing an observational star database; thirdly, on the basis of the observational star database, performing image surface partition and star density calculation respectively by use of an ITSI (Information Technology System Infrastructure) optimal selection method of the navigational stars, and satisfying a set navigational star threshold, and finally realizing the optimal selection of the navigational stars and establishing a navigational star database. The method is relatively simple, but the navigational star database obtained by use of the method is relatively low in standard deviation and relatively even in distribution, and both efficiency and effect are achieved; the established navigational star database is reasonable and significant for smooth implementation of star map matching.

The invention discloses a motion capture database searching method based on a dynamic bending algorithm. The method includes selecting proper motion characteristics to build a primary index and a secondary index of a motion capture database in advance, and the speed for example searching is improved. The primary index comprises motion moment attitude information. Calculation of the secondary index is based on gesture variation of skeleton motion dynamic characteristics, namely the Euclidean distance of characteristic included angle vector of the adjacent frames is utilized as the index value, and finally the dynamic time bending algorithm with the lower bound function is utilized to calculate the similarity between the searching example and the candidate segment. By means of the method, motion capture data searching is achieved accurately and quickly, the searching accuracy is improved, and the searching time is shortened.

A polar scope for a telescope mount includes a reticle having a pattern with multiple markings that allows users to accurately position pole stars for precise polar alignment. A system and mount may be provided including a polar scope of this kind. The polar scope may be provided with a controller that calculates the apparent position of a pole star, while accounting for errors, such as proper motion, precession of the earth's axis, and / or atmospheric refraction.

The invention provides a fishing line wheel for a fishing rod, which comprises an additional braking device controlled by a manual control rod (8). The invention is characterized in that the control rod (8) is a lever capable of rotating on a support arm (2). When an operator tightens the a power arm (108) of the fishing line wheel, the pressure is transmitted to a component related to the main shaft (20) of the fishing line wheel by a resistance arm (208) directly or through a proper motion transmission chain. Or the pressure is exerted on the clutch disc itself in an independent mode with the braking action applied to the main shaft (20) by a disc type clutch of the fishing line wheel.

A multi-sensor pedometer is provided. The multi-sensor pedometer may include a first housing having a plurality of sidewalls forming an encased compartment. The plurality of sidewalls may provide at least one strap, a display and a sensing film. The compartment may house a control circuitry, a piezo-electric sensor and a power source. The control circuitry may provide an accelerometer and a step counting system including a step counter. A user may secure the multi-sensor pedometer around at least a portion of a predetermined muscle used during their exercise by connecting the at least one strap so that the sensing film operably interfaces the predetermined muscle. When the user prepares to exercise, the muscle contraction / bulge is conveyed through the sensing film to the electromechanically connected piezo-electric sensor, resulting in the step signal being sent to the control circuitry. The accelerometer transmits a motion signal to the control circuitry when it is detecting proper motion. The counting system counts at least one identifiable step when receiving the motion signal within a predetermined time of receiving any step signal. The control circuitry may electronically represent the summation of the at least one identifiable step and an associated plurality of exercise data on the display.

The invention discloses a data mining and machine learning-based talent assessment method, and relates to the field of data mining. The method comprises the following steps of: extracting personnel information data from a lot of resumes; carrying out assessment and scoring on work experiences and project experiences of talents; constructing a knowledge base which takes job positions and companiesas reference indexes according to a lot of resumes, so as to establish a machine learning model; recommending proper positions for users through the machine learning model by taking fields as input; artificially assessing whether the recommendation is proper or not, and automatically adjusting model parameters through user feedback; and importing other pieces of information data of the talents, and carrying out comparison, screening and reinforcement through multiple data sources so as to automatically adjust the model parameters. According to the method, manual work can be simulated by computer programs to assess resumes and talents, so that the workload of HR is greatly reduced.

The invention discloses a measurement device for the error motion of a precision shafting, which comprises a precision shafting, a specially-manufactured high-precision standard measuring ball arranged at the tail end of the precision shafting, a laser light source, a radial and axial error motion measurement subsystem and a tilt error motion measurement subsystem, wherein the axial end face of the standard measuring ball is a planar reflecting mirror, and the other parts are a spherical reflecting mirror. The measurement device adopts the laser light source, the specially-manufactured high-precision standard measuring ball, a four-quadrant detector and a signal processing module to realize a method for accurately measuring the error motion value of the precision shafting.

The invention discloses a minitype proper motion type vibrational compressing roll, including a drum (10), a drive mechanism. The drum (10) is provided with an eccentric shaft (11) or fixedly connected with two transmission shafts (22) of the eccentric block (23), characterized in that, the two ends of the eccentric shaft (11) or the transmission shafts (22) are installed on the turning bear (16), and the eccentric shaft (11) is fixed with a master gear (15), wherein the master gear (15), the middle gear (13) and the ring gear (12) compose a tooth gear. The middle gear (13) is connected on the tie bar (17) by a turning pair, and the ring gear (12) is fixedly connected with the drum (10), wherein the eccentric shaft (11) and the transmission shafts (22) are connected with the drive mechanism. When the compressing roll is working, the compressing roll can process the vibrating compaction and advance. The invention has small mechanical noise, stable and safe operation, high compressing efficiency, wide compressing range.