71results about How to "Save tuning time" patented technology

The invention provides a cross-machine learning platform model definition protocol and configuration system, and relates to the field of artificial intelligence automatic machine learning. The systemcomprises a computational graph construction engine; a computational graph optimization engine; a cross-machine learning platform model definition protocol (Cross-Platforms Model definition Protocol);a computational graph encoding engine; a hyper-parameter recommendation engine; a protocol parsing engine; a model training process control assembly; a hardware information detection and configuration system. The system has the advantages that cross-platform machine learning network construction is achieved, the system is easy to use, and the machine learning maintenance threshold is lowered; machine learning network construction in a dragging mode is achieved, and the latest algorithm network can be iterated rapidly; a large number of algorithm models are provided, and machine learning and deep learning network construction under different scenes are supported; a parameter recommendation function is provided, and a lot of parameter adjustment time is saved; algorithm network constructionfrom data cleaning to model release full life cycle is provided, and the system can be directly put into production and use.

The invention discloses a borehole and counterbore machine for an annular mold in the field of bore machining tools, which comprises a main spindle box body. At least one side of the main spindle box body is provided with a supporting beam, a horizontal guide rail is arranged on the supporting beam, and a horizontal slide block is arranged on the horizontal guide rail in a matching mode. The horizontal slide block and the horizontal guide rail are in transmission connection through a lead screw nut pair. A vertical guide rail is fixedly arranged on the horizontal slide block, and a vertical slide block is arranged on the vertical guide rail in a matching mode. The vertical slide block and the vertical guide rail are in transmission connection through another lead screw nut pair. A bit component is fixed on the vertical slide block, and a speed-reducing mechanism is fixed in the main spindle box body. An input shaft of the speed-reducing mechanism is connected with an end of an output shaft of a servo motor. An output shaft of the speed-reducing mechanism extends upwards, an upper end of which is connected with a rotating table. A plurality of rotating steps in step-shaped distribution are arranged on the rotating table, wherein the rotating steps and the rotating table are arranged coaxially. The borehole and counterbore machine for the annular mold has the advantages of accurate positioning of a workpiece and convenient processing, and can be applied to machining the annular mold or radial multi-hole parts.

The invention relates to an automatic loading and unloading mechanism of a hydraulic machine, wherein a loading stand and an unloading stand are respectively arranged at two sides of the hydraulic machine, an up-down cylinder is arranged at the upper part of the loading stand, a retainer plate is parallel to the middle part of a frame body, and a gear motor is arranged at the lower end of the retainer plate; the upper side of the up-down cylinder is connected with a suction tray frame sliding plate which is connected with a guide rod sliding rail of a frame body at the lateral end in a slidingway and connected with a drag chain in series; and a suction tray is respectively arranged at the rear side of the up-down cylinder and the frame body thereof. In the invention, the material productto be processes just needs to be put on the retainer plate at will and is conveyed into the hydraulic machine under the control of a power switch of a pneumatic motor and an induction switch of a stepping motor by adopting a way of synchronously and translationally loading and unloading by the automatic ascending and descending matching of the retainer plate, and the product to be processed is moved to a specific position by a guiding device, thereby the product can be put in and taken out quickly and accurately; and the invention has the unmatched advantages any conveying machines or mechanical arms can not reach, can effectively avoid potential safety hazards and improves the production efficiency in the packaging process of paper boxes.

The invention discloses a digitized accurate ink supply method of a printing machine. Metering printing ink conveying units replace ink keys on a traditional printing machine; each metering printing ink conveying unit directly conveys printing ink to corresponding ink areas; and the volume or mass serves as metering basis, quantitative supply of the printing ink for each ink area is achieved. In the working state, the ink supply flow speed of each metering printing ink conveying unit is obtained through calculation according to the consumption amount of the printing ink of corresponding color plates and the corresponding ink areas in each printed sheet and the operation speed of the printing machine, and the ink supply flow speed of each metering printing ink conveying unit is calculated and adjusted in real time along with change of the operation speed of the printing machine. By means of the digitized accurate ink supply method of the printing machine, real-time accurate adjustment can be achieved, the automation degree and digitization degree are high, the adjustable range is wide, one-way printing ink conveying is achieved, and printing ink return is avoided.

The invention provides a method for calibrating a drill hole of a circuit board, belonging to the technical field of circuit board production. The method comprises the following steps: molding pin holes in the circuit board, and fixing the circuit board through pins; obtaining the position data of a positioning target hole, positioned in the same board surface with a pre-drilled hole, after the circuit board is deformed; according to the position data of the positioning target hole after the circuit board is deformed and the position data of the positioning target hole before the circuit board is deformed, calibrating the position of the drill hole. The accurate positioning for the position of the drill hole is realized. A device for fixing the pins does not need to be finely adjusted, the adjustment time is shortened, therefore the working ratio of a drilling machine is increased, and the production efficiency is improved.

The invention discloses a extender lens for expanding high power laser beams, which has the main technical characteristics that a plurality of optical fiber rods with equal lengths are all tightly arranged in the cavity body of a housing and the end surfaces of the optical fiber rods respectively form input faces and output faces; the optical fiber rods are bare optical fibers and can adopt optical fibers the core diameter of which is smaller than that of single mode fiber. The invention can expand the laser beans as well as shape and stabilize the direction of the laser beans, and has the advantages of high laser induced damage threshold, simple structure and great reduction of the volume and the weight of a laser shot system.

The invention relates to an antenna control method and an antenna apparatus using the same. The method comprises the following steps: (A1), defining a signal zone to obtain a plurality of coarse scanning intervals; (A2), enabling an antenna to rotate to each coarse scanning interval and measuring a first evaluation signal; (A3), according to the first evaluation signal that is measured during antenna rotation to all the coarse scanning intervals, selecting one coarse scanning interval from the plurality of coarse scanning intervals; (A4), obtaining a plurality of fine scanning intervals by defining; (A5), enabling the antenna to rotate to the plurality of fine scanning intervals corresponding to the selected coarse scanning interval and measuring a second evaluation signal; (A6), according to the second evaluation signal that is measured during the antenna rotation to all the fine scanning intervals corresponding to the selected coarse scanning intervals, selecting one fine scanning interval from the plurality of fine scanning intervals; and (A7), enabling the antenna to rotate to the selected fine scanning interval.

The invention provides an ion implantation method used for implanting ions into a target. The ion implantation method comprises the step of implanting multiple ions into the target by using a rotating target during constant speed scanning; or implanting the multiple ions into the target by using a variable speed under the premise that the target is not rotated. Ion implantation result with special dose distribution can be obtained without need of providing ion beams with uniform concentration distribution; the process time can be reduced; and the process yield can be increased.

The invention discloses an enterprise electricity consumption prediction method. The method comprises the following steps: 1) data acquisition; 2) introducing the maximum mean value difference, and carrying out similarity analysis; 3) modeling a long short-term memory network of transfer learning; and 4) electric quantity prediction: predicting the electric quantity of the target domain enterprise at the future moment by using the improved model in the step 3). The problem of insufficient data volume during electric quantity prediction is effectively solved, the model training time is saved, and the electric quantity prediction precision is improved.

The invention provides a method for correcting a gun barrel of a 25mm self-propelled antiaircraft gun using a tilt angle sensor. The method comprises the step of putting a measuring carrier with the tilt angle sensor into the gun barrel to measure the angle of the gun barrel. The method essentially comprises the following steps of: shooting all the gun barrels at the horizontal position; measuring the high low angle of a base gun barrel with the measuring carrier; marking the horizontal position of the measuring carrier at the inner side of the base gun barrel to be corrected; adjusting the high low angle of the gun barrel to be corrected to be accordance with the base gun barrel; adjusting all the gun barrels at the vertical direction; measuring the tilt angle of the base gun barrel by the measuring carrier; putting the measuring carrier into the gun barrel to be corrected to measure the tilt angle of the gun barrel to be corrected; and adjusting the tilt angle of the gun barrel to be corrected to be in accordance with the tilt angle of the base gun barrel.

The invention discloses a display driving method. The method includes the following steps: a display driving module detecting front N picture frames (N is an integer and N is greater than or equal to 2) in an image signal which is transmitted by a DSI interface of the MIPI of a main computer, computing a first time length of a vertical rear end region and a second time length of a vertical front end region of each of the front N picture frames, and if it is determined that the first time lengths are of the same length and are different from a preset vertical rear end value, and the second time lengths are of the same length and are different from a preset vertical front end value, updating the vertical rear end value with the first time lengths and updating the vertical front end value with the second time lengths, and based on a vertical synchronous signal, a vertical rear end set value and a vertical front end set value, outputting the display data of each picture frame to a display panel.

The invention discloses an alignment machine for a laser level meter. The alignment machine comprises a stander, a clamp positioning and clamping mechanism, a measuring system and a two-axis alignmentmechanism, wherein the clamp positioning and clamping mechanism, the measuring system and the two-axis alignment mechanism are arranged on the stander; the two-axis alignment mechanism comprises an X-axis alignment structure and a Y-axis alignment structure, the X-axis alignment structure is arranged on the stander and is located on a second side of the clamp positioning and clamping mechanism, and the Y-axis alignment structure is arranged on the stander and is located on a third side of the clamp positioning and clamping mechanism; and the X-axis alignment structure and the Y-axis alignmentstructure comprise fixed frames, first linear guide rails, ball screws, servo motors, moving blocks and hollow top absorbing columns, the first linear guide rails are arranged on the fixed frames, the ball screws penetrate through the slide blocks of the first linear guide rails, the servo motors are arranged on the fixed frames and are far from one end of the clamp positioning and clamping mechanism together with the ball screws, the moving blocks are arranged on the slide blocks and can move towards and away from the clamp positioning and clamping mechanism, and the hollow top absorbing columns are arranged at one ends, facing to the clamp positioning and clamping mechanism, on the moving blocks.

The invention provides a straightening machine comprising a straightening device, a rail set, a lifting set and two slide devices. The straightening device comprises a first roller, a second roller and a center point; the center point is located between the first roller and the second roller; the straightening device is located between two supporting bodies. The rail set comprises a first rail and a second rail; the first rail is arranged on one of the two supporting bodies in a slideable manner and the second rail is arranged on the other supporting body in a slideable manner; the straightening device is located between the first rail and the second rail. The lifting set is arranged on the straightening device. One of the slide devices is connected with the straightening device and a first rail and the other slide device is connected with the straightening device and the second rail; each of the slide devices comprises a first slide member and a second slide member; each first slide member is connected with the straightening device; one of the second slide members is connected with the first rail and the other second slide member is connected with the second rail.

An iron implantation method is used for implanting iron into target material; by adopting the iron implantation method, the target material is rotated and matched with constant-velocity scanning to implant a plurality of irons into the target material; or the variable-velocity scanning can be adopted to match the target material which is not rotated to implant a plurality of irons into the target material. The iron implantation result with special dosage distribution can be achieved without providing iron beam with even consistency distribution; the time of production process can be reduced and yield rate of the production process can be improved.

The invention provides a big dial of a circular knitting machine for double-faced fabric knitting. The big dial comprises a big dial base, three feed ring supporting parts, a feed ring part and an installation space. The big dial base is hollow and is provided with a first opening, and the three feed ring supporting parts extend in a same direction and are perpendicular to the big dial base. The feed ring parts are arranged on the big dial base at intervals, the feed ring parts are connected to the three feed ring supporting parts and are horizontal relative to the big dial base, the feed ringpart is hollow and is provided with a second opening, wherein the second opening and the first opening are located at a same axis, and the installation space is between the big dial base and the feedring part and is used for placing a knitting needle group of the circular knitting machine. The big dial base, the three feed ring supporting parts and the feed ring part are integrally formed.

The invention provides an assembling and adjusting method for a high-precision swing mirror shafting component. The assembling and adjusting method includes the steps: (1) roughly machining each part; (2) subjecting each part to semi-finish machining; (3) assembling all the parts to form a swing mirror component to be accurately machined; (4) respectively accurately machining a left shaft and a right shaft to enable the sizes, cylindricity, end face verticality and coaxiality of the left shaft and the right shaft to meet design requirements, and then accurately machining a swing mirror placing groove of a swing mirror seat according to a left-right shaft rotary center line determined by the left shaft and the right shaft of the swing mirror component at the moment to enable the swing mirror mounting face position and the left-right shaft rotary center line to meet the design requirements on parallelism and perpendicular distance; and (5) drilling and reaming positioning pin holes on the left and on the right of a swing mirror, and performing trial assembly of shaft positioning dowels. By the assembling and adjusting method for the high-precision swing mirror shafting component, an adjusting operation process is simplified, adjusting operation difficulty can be further lowered with adjusting precision improved, and adjusting efficiency is improved.

The invention relates to the technical field of sensor adjustment and calibration, in particular to an adjustment and calibration tool and method for an imaging detector, and solves the problem of adjustment and calibration precision of the imaging detector and an optical lens in an important component image sensor assembly of a certain product. The parallelism of the focused imaging detector and the optical lens is ensured by adopting an adjustment mode of clamping the mobile platform and the pressing plate, a mode of manually lifting the imaging detector for focusing is replaced, and errors caused by judgment of inclined focusing surfaces when the imaging detector is manually lifted are avoided. According to the adjusting and calibration method and the adjusting and calibration tool, the image sensor assembly is adjusted and calibrated, the imaging focal plane can be accurately determined, the link of manually rechecking the thickness of a gasket is omitted, the adjusting time is saved, operation is simple, the procedure process which can be completed in a original manner that one operator is needed for lifting, and an another increaes and decreases the gasket can be completed by one operator And the procedure process of increasing and decreasing the gaskets by another operator can be finished by one operator at present.