52results about How to "Self-correcting" patented technology

The invention relates to an anti-electric-larceny prediction method based on machine learning and an apparatus thereof. The method comprises the following steps of acquiring learning sample data and prediction sample data, wherein the learning sample data comprises an electric larceny characteristic factor, a user number, a voltage grade, an industry type and a subordinated line; the prediction sample data comprises an electric larceny characteristic factor, a user number, a voltage grade, an industry type and a subordinated line; carrying out pretreatment on the learning sample data and the prediction sample data; determining an anti-electric-larceny neural network model to the learning sample data after pretreatment; taking the prediction sample data as an input quantity of the anti-electric-larceny neural network model, operating the anti-electric-larceny neural network model and outputting an electric-larceny suspected coefficient of each user; according to the electric-larceny suspected coefficient, predicting an electric-larceny suspected family.

The invention discloses a gear floating type raise-boring machine. The gear floating type raise-boring machine comprises a base bracket, a telescopic driving mechanism, a rotating driving mechanism, adrill pipe and a drill bit. The bottom of a cutter holder is installed on a cutterhead through a rotating movable mechanism. A hob comprises a carrier piece, a plurality of floating gears and a plurality of elastomers. The carrier piece is of a circular-table-shaped structure. A plurality of clamping-connecting sliding grooves are formed around the carrier piece and distributed evenly to form anannular structure in a surrounding mode. The multiple elastomers are installed in the clamping-connecting sliding grooves. The multiple floating gears are connected into the clamping-connecting sliding grooves in a clamped mode and abut against the elastomers in a pressing mode to make the elastomers be compressed under force. The outer side of the periphery of the carrier piece is evenly connected with the multiple floating gears in a clamped mode. According to the gear floating type raise-boring machine, the floating gears can be matched with the broken rock surface, so that the rock breaking efficiency and smoothness are improved.

The invention relates to a symmetry output register, which is characterized in that when the discharge of charge branch with changed state turnovers, it only has one transistor to control the state conversation, to accelerate the turnover speed and improve symmetry; and it has abundant circuit, therefore, when two circuits are in hold state, it can automatically recover the soft error caused by radios.

The invention discloses a direct-reading wireless gas meter based on the illumination-vibration complementary environment energy collecting technology. The direct-reading wireless gas meter comprises a membrane type basic gas meter, three direct-reading infrared encoders, three 7 to 1 switch modules, an infrared encoding collecting and data processing module, an illumination environment energy collecting and communication module, a vibration environment energy collecting module and the like. The three direct-reading infrared encoders output analog quantity encoding values, and gas digital quantity data is uploaded to the illumination environment energy collecting and communication module through the three 7 to 1 switch modules and the infrared encoding collecting and data processing module. The direct-reading wireless gas meter has the advantages the electric energy of the gas meter is taken from the environments, and the illumination-vibration complementary environment energy collecting scheme designed according to power demands is good in usability; a single-ring semicircular encoding process is simple, and convenient in error correction; environment energy collecting efficiency is increased by a micro power consumption management circuit; an EnOcean standard protocol low in wireless communication frequency is good in diffraction ability; environment energy utilization is optimized by a polarized relay and the interrupt awakening technology.

The invention relates to a ratio-dependent florescent probe for identifying Zn<2+> and S<2-> in a relayed manner. The ratio-dependent florescent probe has a structure formula described in the specification. The ratio-dependent florescent probe is synthesized by adopting the specific steps of: with DMF (Dimethyl Formamide) as a solvent, stirring raw materials, namely N-(2-(1H-benzimidazoly)phenyl)-2-chloroacetamide and bis-(pyridylmethylene) amine, according to a molar ratio of 1: 2-1: 4 at room temperature for reaction for 7-10 hours to obtain a solution; and adding distilled water to the solution, adjusting pH of the solution to 6-7 by using diluted hydrochloric acid, filtering to collect generated precipitate, and recrystallizing by using acetonitrile to obtain the florescent probe N-(2-(1H-benzimidazoly)phenyl)-2-bis(2-pyridylmethylene) acetamide. The ratio-dependent florescent probe has the advantages of favorable sensitivity, strong antijamming capability and friendliness to environment in the process of carrying out monitoring analysis and tracing on Zn<2+> and S<2-> in a water environment system and a biological cell system.

The invention discloses a road icing, snow melting and deicing online monitoring method and system. The method includes the following steps that: the sample data of icing, snow melting and deicing areacquired, and the sample data are marked according to the state information of the icing, snow melting and deicing, so that sample marked data are obtained; a deep neural network is constructed, andthe sample marked data are trained through the deep neural network, so that the estimated value of at least one key parameter is obtained; the meteorological information of a monitored area is obtained, and statistic analysis is performed on the meteorological information through a statistical judging algorithm, so that the target parameter value of the monitoring area is obtained; and whether road icing or snow melting and deicing occurs in the monitoring area is judged through the statistical judging algorithm according to the estimated value of the key parameter and the target parameter value of the monitored area.

The invention provides a two-dimensional long-range surface profile detection device. The device comprises a monochromatic light source, a two-dimensional array structure pi-phase plate, a beam splitter prism, a guide rail, a pentagonal prism arranged on the guide rail, a lens, a rectangular prism module and a surface profile detector, wherein the monochromatic light source is set to emit a light beam; the beam penetrates through the two-dimensional array structure pi-phase plate, enters the beam splitter prism, enters the pentagonal prism after being split by the beam splitter prism, enters a to-be-detected mirror after being refracted by the pentagonal prism, then is reflected back to the pentagonal prism after being reflected by the to-be-detected mirror, is refracted again through the pentagonal prism, then sequentially penetrates through the beam splitter prism, the lens and the rectangular prism module to the surface profile detector, and forms a measurement light spot on the surface profile detector. According to the two-dimensional long-range surface profile detection device, two-dimensional information of the surface of an optical element is scanned through movement of the guide rail, and large-scale optical element surface quality detection and high-precision bending mechanism detection can be realized.

The invention relates to the technical field of production line detection, aims to solve the problem of product false rejection caused by false triggering of a detection device, and provides a false touch correction system suitable for a production line, which comprises a first photoelectric sensor, a controller, an acquisition device and the detection device. The method comprises the following steps: 1, after a to-be-detected product triggers a first photoelectric sensor, the first photoelectric sensor sends a detection signal to a controller connected with the first photoelectric sensor; 2, the controller receives the detection signal, records the detection time t0 and issues an acquisition instruction to the acquisition device; 3, the acquisition device acquires to-be-detected data of the to-be-detected product and transmits the to-be-detected data to the detection device; 4, the detection device receives the to-be-detected data and obtains the receiving time t1 of the to-be-detected data, when the time difference between t0 and t1 is smaller than a threshold value, the trigger is valid, the detection device detects the to-be-detected product according to the to-be-detected data, otherwise, the trigger is invalid, and the detection device ignores the to-be-detected data. By adopting the mode, the problem of false elimination caused by false triggering can be effectively avoided.

The invention provides an air conditioner control method and device, a storage medium and an air conditioner. The method comprises the steps that the current operation mode and the current unit calculation load of the air conditioner are obtained; according to the obtained current operation mode and the current unit calculation load, matched initial comfort state data is obtained from a pre-established first database and/or second database, and the initial comfort state data comprises setting parameters and/or operation parameters; setting parameters in the initial comfortable state data are obtained, and operation of the air conditioner is controlled according to the obtained setting parameters; wherein the first database or the second database is established based on the adjustment operation of a user on the air conditioner setting parameters during the operation of the air conditioner. According to the scheme provided by the invention, the user comfort level can be defined according to the parameters before and after adjustment in combination with the user adjustment condition during the unit operation period, so that control optimization is performed through different comfort levels.

The invention discloses a cylinder clamping device. The device comprises a top plate, a bottom plate and several connecting rods arranged between the top plate and the bottom plate. The top plate is provided with external threads for a threaded rotating rod to pass therethrough, the bottom end of the threaded rotating rod is provided with an upper jaw clamp, and the upper jaw clamp is arranged corresponding to a lower jaw clamp fixed to the bottom plate. Grooves are formed in the front face of the upper jaw clamp and the front face of the lower jaw clamp to form corresponding first clamping openings, grooves are also formed in the side faces of the upper jaw clamp and the lower jaw clamp to form corresponding second clamping openings, lifting of the upper jaw clamp is achieved through rotation of the threaded rotating rod, and therefore clamping and loosening of a workpiece are achieved. The invention further discloses a mounting and using method of the cylinder clamping device. By means of the cylinder clamping device, the problem that a traditional cast iron vise is difficult to clamp a cylinder which is prone to cracking under stress is solved, the stability of clamping the cylinder is greatly improved, and the operation or maintenance efficiency of a cylindrical workpiece is improved.

The invention discloses a hydro-cylinder ear ring capable of achieving self-correction and buffer of a mounting angle. The ear ring comprises a seat body, wherein the seat body is provided with an ear hole, one end of the seat body is provided with a radial spherical plain bearing or a slide bushing, and the other end of the seat body is provided with a regulating device; one side of the radial spherical plain bearing is provided with a clamp spring, and the other side of the radial spherical plain bearing is provided with steps; one side of the regulating device is provided with a through hole, and the other side of the regulating device is provided with a screw thread hole; and the through hole and the screw thread hole are respectively provided with a first locking bolt and a second locking bolt, and a regulating groove is arranged between the through hole and the screw thread hole. According to the invention, the height of the regulating groove is compressed through the first locking bolt and the second locking bolt, thus the combination degree of the screw thread and a mounting rod is controlled, the space and expense of screw thread compactness are saved, and the ear ring has the functions of buffer and self-correction for the mounting angle; and the hydro-cylinder has a good seal property, and the damage of a seal member in advance or the deformation of a piston rod caused by the deflection of the transmission force of the piston rod for the hydro-cylinder can not happen, thus the oil leakage phenomenon is avoided.

A tennis racket for training comprises a racket head and a racket grip, wherein the area S of the racket head is smaller than 85 square inches; the length L of the whole tennis racket ranges from 27 inches to 29 inches; and the width and the height of the racket head (1) are both not less than 2.5 inches.

The invention belongs to the field of small-and-medium-diameter deep hole processing, and particularly relates to a self-deviation-rectifying system for small-and-medium-diameter deep hole processingbased on the hydraulic pressure. The self-deviation-rectifying system comprises an inner rotation body, an outer rotation body and a driving mechanism; the inner rotation body is arranged on the periphery of a drill rod in a sleeving mode and is fixed relative to the drill rod; the position between the inner rotation body and the outer rotation body is filled with cutting liquid, so that a flow channel is formed between the inner rotation body and the outer rotation body, the flow channel comprises a plurality of wedge-shaped flow channels which are evenly distributed in the circumferential direction, and when the driving mechanism drives the inner rotation body to rotate, the cutting fluid enters the small ends from the large ends of the wedge-shaped flow channels; and a pressure flow anda shear flow are superposed to generate oil film pressure to realize self-centering and self-deviation-rectifying of the drill rod. A wedge-shaped flowing space is formed between a wedge-shaped solidbody and an outer sleeve, and in a normal state, oil film pressure of the wedge-shaped space provides circumferentially-symmetrical self-centering force; and when the drill rod deflects, the wedge-shaped space generates the oil film pressure, namely self-deviation-rectifying force, the drill rod can be 'pushed back' to the correct axis through the self-deviation-rectifying force, and self-correcting of axis deflection is achieved.

The invention discloses an angle self-correction method and system based on multi-frequency excitation, and the system comprises a multi-frequency signal generation module which is used for generatingan excitation signal containing a plurality of frequencies, injecting the excitation signal into a coil, and generating a magnetic field; the high-speed ADC module which is used for carrying out equal time difference sampling on output signals generated by electromagnetic induction and converting the sampled output signal into a digital signal; the microprocessor module which is used for controlling the sampling time sequence of the high-speed ADC module and extracting the phase of the digital signal by using a Fourier transform method to obtain an angle function of the measured rotating object at each frequency; and the self-correction module which is used for carrying out self-extraction of error parameters on the angle function and correcting the angular displacement sensor according to the error parameters. The method is low in cost and high in practicability, and can be widely applied to the technical field of displacement measurement.

The invention discloses a method and device for realizing self-repairing of a test script, and relates to the technical field of computers. One specific embodiment of the method comprises the following steps: calling a test script generation algorithm to generate a temporary test script text and a temporary tested interface parameter nesting link text; generating a text identifier of the temporarytest script text and a text identifier of the temporary tested interface parameter nesting link text; and repeating the above steps, and then comparing the text identifier of the current temporary tested interface parameter-in nested link text with the text identifier of the temporary tested interface parameter-in nested link text generated last time to determine a formal test script text for testing. According to the embodiment, the problem that in the prior art, the test script cannot automatically correct errors and automatically modify along with the tested application program interface can be solved.

The invention discloses a guiding seedling separation device and relates to the technical field of farm machinery. The guiding seedling separation device comprises a guiding seedling separation plate, a pull wire and a pull wire retractor device, wherein the guiding seedling separation plate is arranged outside a wheel in a front-back symmetrical manner and is divided into an upper part and a lower part, the upper guiding seedling separation plate is arranged on a wheel axle, a motor, a pull wire telescoping mechanism and a limiting mechanism for the telescopic length of the pull wire are arranged in the pull wire retractor device, and the pull wire retractor device is connected to the upper guiding seedling separation plate through the pull wire. According to the guiding seedling separation device, the seedling separation effect is played, and during a running process of the machine between crop lines, when the wheel deviates outwards between the lines, the wheel is promoted to return automatically and is guided to run between the lines, so that the crop loss caused by grinding is avoided and the economic benefit and the working efficiency are improved.

The invention provides a metal additive manufacturing method and a metal additive manufacturing material, and belongs to the 3D printing technology. The metal additive manufacturing method is characterized in that the metal additive manufacturing material with the volume expansion characteristic in the cooling process is adopted for additive manufacturing, so that tensile residual stress or/and deformation generated in the additive manufacturing process is/are reduced. According to the method, a metal component is manufactured by using the metal additive manufacturing material with the volumeexpansion characteristic in the cooling process, tensile residual stress can be reduced, even compressive residual stress is generated in the metal component, and deformation in the metal component can be controlled, so that the manufactured metal component has longer service life.